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EAEU HS code

8479 82 000 0 — Machines and mechanical appliances having individual functions, not specified or included elsewhere in this chapter: other machines and mechanical appliances: for mixing, kneading, crushing, grinding, screening, sifting, homogenising, emulsifying or stirring

Machines and mechanical appliances having individual functions, not specified or included elsewhere in this chapter: other machines and mechanical appliances: for mixing, kneading, crushing, grinding, screening, sifting, homogenising, emulsifying or stirring

Names come in English where the EU Combined Nomenclature publishes them — chapters, headings and subheadings, whose first six digits are the same Harmonized System; deeper EAEU detail is a machine translation, marked as such. Official texts — tariff notes, measures, lists and classification rulings — are the original: customs and your broker go by that wording. Where we show a machine translation of them, it is marked; where our quality check rejected one, the Russian stays.

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

Duty rate
0%

This is the base rate. A tariff quota, a preference for the country of origin and a tariff exemption lower it; anti-dumping and special duties are paid on top of it

EEC Council Decision No. 80 of 14.09.2021

Supplementary unit
шт
Item
Requirements and measures
15

None: dual use, EAEU non-tariff regulation, trade defence measures — duty on top of the tariff, tariff quota.

Whether a measure applies to your goods depends on their characteristics and the shipping documents

VAT
VAT-exempt or 22%

Exempt if it is a medical device on the exemption list. Otherwise 22%.

Where it sits in the nomenclature

Section XVI. Machinery and mechanical appliances; electrical equipment; parts thereof; sound recorders and reproducers, television image and sound recorders and reproducers, and parts and accessories of such articles

  1. 84Nuclear reactors, boilers, machinery and mechanical appliances; parts thereof
  2. 8479Machines and mechanical appliances having individual functions, not specified or included elsewhere in this chapter; parts thereof
  3. 8479 82Mixing, kneading, crushing, grinding, screening, sifting, homogenising, emulsifying or stirring machines, n.e.s. (excl. industrial robots)
  4. 8479 82 00Other machines and mechanical appliances: for mixing, kneading, crushing, grinding, screening, sifting, homogenising, emulsifying or stirring
  5. 8479 82 000 0you are here

Explanatory notes to heading 8479 9 paragraphs

Machine translation from Russian. The original is the EEC explanatory note, and that is what a classification dispute is argued from; the translation is for understanding and has no legal force.

8479 Machines and mechanical appliances having individual functions, not specified or included elsewhere in this Chapter: 8479 10 – Machinery for public works, building or the like 8479 20 – Machinery for the extraction or preparation of animal or fixed vegetable fats or oils 8479 30 – Presses for the manufacture of particle board or fibre building board of wood or other ligneous materials and other machinery for treating wood or cork 8479 40 – Rope or cable-making machines 8479 50 – Industrial robots, not elsewhere specified or included 8479 60 – Evaporative air coolers – Passenger boarding bridges: 8479 71 – – Of a kind used in airports 8479 79 – – Other – Other machines and mechanical appliances: 8479 81 – – For treating metal, including electric wire coil-winders 8479 82 – – Mixing, kneading, crushing, grinding, screening, sifting, homogenising, emulsifying or stirring machines 8479 89 – – Other 8479 90 – Parts This heading covers machinery having individual functions, which: (a) Is not excluded from this Chapter by the Notes to any other Section or Chapter; and (b) Is not covered more specifically by a heading in any other Chapter of the Nomenclature; and (c) Cannot be classified in any other particular heading of this Chapter since: (i) no other heading covers it by reference to its method of functioning, description or type; and (ii) no other heading covers it by reference to its use or to the industry in which it is employed; or (iii) it could fall equally well into two (or more) other such headings (machines of general application). The machines of this heading are distinguished from parts of machines, etc., which fall to be classified under the general provisions for the classification of parts, by the fact that they have individual functions. For this purpose the following machines and mechanical appliances are to be regarded as having "individual functions": (A) Mechanical devices, whether or not equipped with motors or other driving force, whose function can be performed distinctly from and independently of any other machine or appliance.

Example: air humidifying and air dehumidifying are individual functions, since they can be performed by appliances operating independently of any other machine or appliance. An air dehumidifier presented separately, even if designed for mounting on an ozone generator, must therefore be classified in this heading as having an individual function. (B) Mechanical devices which cannot perform their function unless they are mounted on another machine or appliance, or are incorporated in a more complex entity, provided that this function: (i) is distinct from that of the machine or appliance on which they are to be mounted, or from that of the entity in which they are to be incorporated, and (ii) does not play an integral and inseparable part in the operation of such machine, appliance or entity. Example: a thread-cutting mechanism is a device which is mounted on an industrial sewing machine and which automatically cuts the thread so that the machine can operate without stopping. This mechanism performs an individual function, because it takes no part in the "sewing" function of the machine; since there is no other more specific heading, the thread-cutting mechanism is to be classified in this heading. On the other hand, the function of a carburettor used on an internal combustion engine is distinct from that performed by the engine itself, but it is not an "individual function" within the meaning of the above definition, because the operation of the carburettor is inseparably linked with that of the engine; carburettors presented separately therefore fall to be classified as parts of engines in heading 8409. Similarly, mechanical or hydraulic shock absorbers form an integral part of the machine or appliance in which they are to be incorporated. Consequently, shock absorbers presented separately are to be classified as parts of the machines and appliances on which they are to be mounted. (Shock absorbers for vehicles and aircraft fall in Section XVII.) The very large range of machinery covered by this heading includes, inter alia: (I) MACHINES OF GENERAL APPLICATION This category includes, for example: (1) Vats or other containers (e.g., tubs or tanks for electrolysis), fitted with mechanical appliances (stirrers, etc.), which cannot be identified as designed for any particular industry and which are not heating appliances, cooking appliances, etc., of heading 8419. Vats or other containers fitted merely with taps, level gauges or pressure gauges or other similar devices or instruments are classified according to their constituent material. (2) Presses, crushers, grinders, mixers, etc., not designed for particular kinds of products or particular industries. (3) Volumetric distributing apparatus (e.g., mechanical hopper feeders) and mechanical distributors for the continuous feeding of workpieces in one and the same

provisions ready to carry out the corresponding processing operation on them, but not specialized in relation to any particular industry. (4) Machines for the installation of eyes or tubular rivets, equally suitable for the installation of eyes or rivets on any material, for example, textile materials, cardboard, plastics or leather; and machines equally suitable for connection by means of metal brackets of the ends of drive belts of textile materials, rubber or other materials used in various machines. (5) Vibration motors consisting of an electric motor with eccentrics mounted on the protruding ends of the shaft and exciting radial vibrations that are transmitted to the apparatus or device (trench, bunkers, funnels, conveyors, tram devices, etc.) with which the vibration motor is connected. (6) An electromagnetic vibrator designed to be connected to transporting, sieving, trambing, etc. devices, which has a base plate bearing an electromagnet, and two metal rods supporting a massive load held in place by two sets of springs at an appropriate distance from the electromagnet; the massive load is alternately attracted by the electromagnet and repulsed back by springs. (7) Multipurpose industrial robots. Industrial robots are automatic machines that can be rogrammed to periodically repeat a cycle of certain movements. Thanks to the use of sensors, industrial robots are able to perceive information about the field of activity in which they work and analyze the information received so that they can adapt the nature of their activities to the corresponding changes in the field of their activity. Industrial robots can be made in the form of a hinge structure similar in structure to a human hand and mounted on a base located in a horizontal or vertical position, and usually have a movable holder for the working tool (so-called vertical robots). In addition, the robots can also be a rectilinear structure capable of moving on a vertical axis. The holder of such a robot forms the final part of the working mechanism, often able to move on a horizontal axis (horizontal robots). These robots can equally be placed on a beam (beam robots). Various parts of the robot are powered by electric motors or by hydraulic or pneumatic systems. Industrial robots have many different applications: welding, painting, lifting and transport, loading and unloading, cutting, assembly, metalworking, etc. They replace a person when performing work in a harmful environment (in the presence of toxic products, dust, etc.) or labor-intensive work (moving heavy loads, repeated operations of a monotonous tedious nature). For these various applications, robots are equipped with tool holders and working tools specifically designed to perform a particular type of work (for example, tweezers, “grapplings”, welding heads). This heading covers only those industrial robots which are capable of performing a variety of functions with the simple replacement of working tools. However, this heading does not cover those industrial

robots which are specially designed to perform a particular function; these industrial robots are classified in the heading covering their function (e.g., heading 8424, 8428, 8486 or 8515). (II) MACHINES FOR PARTICULAR INDUSTRIES This category includes: (A) Machinery for public works, building or similar work, e.g.: (1) Machines for spreading mortar or concrete (excluding concrete or mortar mixers, heading 8474 or 8705). (2) Road-making machines which subject the concrete to vibration in order to compact it and also give the surface the required camber, and sometimes also lay the concrete. However, the heading excludes the graders of heading 8429. (3) Machines, whether or not self-propelled, for spreading gravel on roads or similar surfaces, and self-propelled machines for spreading and compacting bituminous road-surfacing materials. Gravel spreaders mounted on a motor vehicle chassis are excluded from this heading (heading 8705). (4) Machines and mechanical appliances for smoothing fresh concrete, bituminous or other similar soft surfaces, for marking them with grooves or squares, etc. Heating appliances for bitumen, etc., are excluded from this heading (heading 8419). (5) Small mechanical appliances, controlled by an operator walking alongside, for road maintenance (e.g., sweepers or appliances for marking lines in white paint). Mechanical rotary brushes, which may be mounted together with a refuse hopper and a sprinkling system on a wheeled chassis drawn by a tractor of heading 8701, also fall in this heading as interchangeable equipment even if presented with the tractor. (6) Salt and sand spreaders for snow clearance, designed for mounting on a lorry, consisting of a storage tank for the sand and salt equipped with a crushing and stirring member, a system for crushing/grinding lumps of salt and a hydraulic dispersal system with a spreading disc. The various functions of the machine are operated from the vehicle cab by remote control. (B) Machinery for the oil-milling, soap-making or edible fat industries, e.g.: (1) Special crushers, breakers, mills or presses for oil seeds or oleaginous fruit. (2) Tanks fitted with mechanical stirrers and specially designed for refining oils. (3) Equipment for washing animal fat.

(4) Equipment for rolling raw animal fat in order to break down the cells before rendering. (5) Agitators and mixers for preparing margarine. (6) Soap-cutting or soap-moulding machines. (C) Machinery for working wood or similar materials, e.g.: (1) Debarking drums, in which logs are stripped of bark by rubbing against one another. (2) Special presses for agglomerating wood fibre, wood chips, sawdust or cork dust. (3) Presses for densifying wood. (4) Machines for impregnating wood under pressure. (D) Machines for making rope or cable (stranding, twisting or cabling machines, etc.), working either on textile yarn or on metal wire, or on both of these materials at the same time, including machines for twisting flexible electric wires, other than twisting frames used in spinning (heading 8445). The heading excludes: (a) machines for winding balls of textile yarn, twine, etc. (heading 8445); (b) machines for finishing (glazing, polishing) textile yarn, twine, etc. (heading 8451).

(E) Machines for working metal, including electric wire coil-winders, e.g.: (1) Crucible vice presses for the aluminothermic welding of rails, machine parts, etc. (2) Machines for cleaning or pickling metals (with acid, trichloroethylene, etc.), including pickling units for sheet-rolling mills, but excluding steam or sand blasting appliances of heading 8424. (3) Rotating drums for removing moulding sand or scale, or for polishing metal articles (e.g., nuts, bolts or ball bearings). (4) Machines for tinning by immersion in molten tin. (5) Pig-iron breakers and special stamps for breaking cast-iron scrap into pieces. (6) Special machines for wrapping or covering electric cables with layers of textile yarn, impregnated paper strips, asbestos tapes or other insulating or protective materials, but excluding machines for making gimped yarn, of heading 8447. (7) Electric wire coil-winders (e.g., for electric motors, transformers or inductors). (F) Machines for making baskets, wickerwork and other machines for plaiting or interlacing osier, reed, rattan, straw, wood veneer, plastics, etc., e.g.:

(1) Machines for making baskets, hampers or similar articles. (2) Machines for plaiting casings on carboys, bottles, etc. (3) Machines for making protective straw envelopes for bottles. (4) Machines for plaiting hats or braids and ribbons for hat-making. The heading excludes machines for splitting wood, peeling osiers, rounding rattan, etc. (heading 8465). (G) Machines for making artists' brushes or other paintbrushes and brooms, e.g.: (1) Machines for preparing (including trimming or shaping) hair, bristles, fibres, etc., for the manufacture of paintbrushes and brooms. (2) Machines for inserting hair, bristles, fibres, etc., into sockets, holders or handles. The heading excludes: (a) machines for sterilising bristles or fibres (heading 8419); (b) machines for working brush backs or paintbrush handles of wood, cork, bone, hard rubber or similar hard materials (heading 8465). (III) MISCELLANEOUS MACHINES This category includes: (1) Air humidifiers or dehumidifiers, other than appliances of heading 8415, 8424 or 8509. (2) Engine starters (mechanical, hydraulic, compressed air, etc.), but not electrical equipment of heading 8511. (3) Hydraulic accumulators for holding in reserve a quantity of liquid under pressure in order to ensure an even flow or supply pressure in hydraulic machines. These accumulators usually consist of a vertical cylinder filled by a pump, and a piston which fits in the cylinder and the weight of which is chosen so as to provide a given pressure. (4) Automatic pump-type lubricators for lubricating machinery. (5) Match-dipping machines. (6) Machines for pitching or coating casks, other than spraying appliances of heading 8424. (7) Machines for coating welding electrodes. (8) Machines for cleaning or re-surfacing gelatin printing rollers. (9) Machines for coating a substrate with photosensitive emulsions, other than machines of heading 8486. (10) Machines for giving a "frosted" finish to glass surfaces by an acid process. (11) Machines for screwing or unscrewing and appliances for extracting metal cores, other than hand tools of Chapter 82 and small hand-held tools, pneumatic, hydraulic or with a self-contained electric or non-electric motor (heading 8467). (12) Machines for maintaining pipelines or other structures of rigid tubes (e.g., small self-propelled machines used on

oil pipelines for cleaning the pipe, coating it with bitumen or other protective coating; machines driven through the pipes by the flow of the liquid itself and used to clean the inner surface. (13) Machines for mounting needle headsets on cardochial cylinders. (14) Machines for the manufacture of rope soles for shoes. (15) Machines for washing, cleaning or removing dust from pens intended for bedding. (16) Machines for filling down blankets or stuffing mattresses. (17) Machines for applying abrasives on any basis (tissue, paper, etc.). (18) Machines for rolling flexible cables or tubes into coves (e.g., textile or metal cables or ropes, electrical cables, lead tubes). (19) Mechanical devices for cutting off aquatic vegetation and They are a horizontal spit located below the water level and rotating on a vertical axis, which is supported by a frame designed to anchor on the boat. Such devices may have a manual or mechanical drive. (20) Diving bells or metal diving suits, etc. with mechanical equipment. (21) Gyroscopic stabilizers for ships or similar applications, but excluding gyroscopic devices for instruments of Chapter 90 (gyrocompasses, etc.) and torpedoes (heading 9306). (22) Steering and control equipment for ships other than rudders themselves (usually heading 7325 or 7326) and autopilots of heading 9014. (23) Electrical, hydraulic, pneumatic, etc. windshield glazing mechanisms for aircraft, ships and all means of transport, excluding those used on bicycles or motor vehicles (heading 8512). In addition, this heading also covers support elements for wiper brushes and wiper-mounted brushes, provided that they can be identified as intended for the windshield wiper machinery described above; the same parts for windshield wiper machinery of a motor vehicle are not included (heading 8512). (24) Ultrasonic devices for cleaning metal parts and various other products, consisting in a complete form (regardless of whether they are mounted in a common housing or are made in the form of separate units) of a high-frequency generator, one or more converters and a tank for products intended for cleaning, and the device can be presented complete with or without a tank. In addition, this heading also covers ultrasonic transducers intended for use in such apparatus. Ultrasonic apparatus and transducers used exclusively or mainly for cleaning semiconductor plates or flat display panels are excluded (heading 8486). (25) Welding torches with blow for underwater welding, which are usually equipped with a special ignition device, as well as special devices for supplying additional amounts of compressed air or oxygen through the ring

an outlet made around the tip in order to form a cavity in the water column, within which a flame can burn. (26) Apparatus for cutting or sewing rock or concrete using the high temperature obtained by burning ferrous metals in an oxygen stream. The devices used usually have a very simple design, which contains a handle or grip of a heat-resistant material with a valve mounted inside and is equipped with a device for connecting both to the oxygen source and to the ferrous metal pipe section. In the process of work, oxygen passes through this pipe of ferrous metals, the end of which, preheated to red heat, while burning, providing a very high temperature, sufficient for melting ore rock or concrete. (27) Automatic shoe cleaning machines. (28) Machines for voicing paper cups or containers, etc. by immersion. (29) Industrial canvases. (30) Evaporative air coolers. (31) Stairways for boarding passengers. Such stairways allow passengers and staff to make a non-necessary outdoor crossing between the terminal building and the aircraft stationed in the parking lot, cruise ship or ferry. Stairs for boarding passengers consist mainly of a rotunda block, two or more rectangular retractable tunnels, vertical lifting columns equipped with wheel bogies, and a cabin located at the front of the stairways. Stairs are equipped with electromechanical or hydraulic actuators designed to move ladders horizontally, vertically and radially (i.e., retractable sections, cabins, vertical lifting columns, etc.), to precisely position the ladder relative to the door of the aircraft or the entrance to a cruise ship or ferry. Passenger stairways used in seaports may be additionally equipped with removable walkways installed in the front of the ladder and intended for transfer on board a cruise ship or ferry. Such ladders by themselves do not lift, deliver, submerge or unload anything. Devices for cleaning carpets where they are located by injection into the carpet of liquid cleaning agent and its subsequent extraction by suction, intended for use in establishments (other than dwellings) such as hotels, motels, hospitals, offices, restaurants and schools, are classified in heading 8451. However, this heading does not cover sealing machines for the assembly of semiconductor devices (heading 8486). Subject to the general provisions relating to the classification of parts (see the general provisions of Section XVI), this heading also includes parts of machinery of that heading, including forms other than those included in other headings (in particular heading 8480).

Official text adopted by a Recommendation of the EEC Board

Notes to chapter 84 — Nuclear reactors, boilers, machinery and mechanical appliances; parts thereof 24 items

Notes

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

1. This group does not include:

(a) millstones, grinding stones or other articles of Chapter 68;

(b) equipment or devices (e.g. pumps) of ceramic materials and ceramic parts of machinery or devices of any material (Chapter 69);

(c) laboratory glassware (heading 7017); equipment, devices or other articles for technical purposes or parts thereof of glass (heading 7019 or 7020);

(d) articles of heading 7321 or 7322 or similar articles of other base metals (Chapters 74 to 76 or 78 to 81);

(e) vacuum cleaners of heading 8508;

(f) electromechanical household appliances of heading 8509; digital cameras of heading 8525;

(g) radiators for articles of Section XVII; or

(h) manual mechanical brushes for floor cleaning, without engine (heading 9603).

2. Subject to the provisions of Note 3 to Section XVI and Note 11 to this Chapter, a machine or device which meets the description in one or more of headings 8401 to 8424 or heading 8486 and at the same time the description in one or more headings 8425 to 8480 is included in the relevant heading of the first series of headings or in heading 8486 as the case may be, and not in the second series.

(A) However, heading 8419 does not cover:

(i) seed germination equipment, incubators or brooders (heading 8436);

(ii) machinery for wetting grains (heading 8437);

(iii) diffusion apparatus for the extraction of sugary juice (heading 8438);

(iv) equipment for the heat treatment of textile yarn, textile materials or finished textile articles (heading 8451); or

machining equipment, assemblies or laboratory equipment in which temperature change, even if necessary, is an auxiliary process.

(B) Heading 8422 does not cover:

(i) sewing machines for sewing bags or similar packagings (heading 8452); or

(ii) office equipment of heading 8472.

(C) Heading 8424 does not cover:

(i) paint-blasting printing presses (heading 8443); or

(ii) water jet cutting machines (heading 8456).

3. A machine for processing any material which corresponds to the description of heading 8456 and simultaneously to the description of heading 8457 to 8461, 8464 or 8465 is classified in heading 8456.

4. Heading 8457 covers only metalworking machines other than lathes (including multipurpose lathes) which may perform different types of machining operations by:

(a) the automatic replacement of tools from a tool store or similar device in accordance with the processing program(s);

(b) the automatic application simultaneously or sequentially of different processing heads operating at a fixed workpiece (assembly single-position machines); or

(c) automatic movement of the workpiece to various processing heads (multi-position machines).

5. For the purposes of heading 8462, the term “longitudinal cutting line” for flat products means a process line consisting of a winder, a correct device, a longitudinal cutting device and a winder. The term “cross-cutting line” for flat products means a process line consisting of a unwinder, a correct device and a cutting device.

6. (A) For the purposes of heading 8471, the term “computers” means machines capable of:

(i) store the processing program or programs and at least the information currently necessary to execute the program;

(ii) be freely reprogrammable according to user requirements;

(iii) perform user-defined arithmetic calculations; and

(iv) perform, without human intervention, a processing program requiring the computer to modify its actions by making logical decisions during processing.

(B) Computing machines can be made in the form of systems consisting of a different number of individual blocks.

(C) Subject to the provisions of Notes (D) and (E) below, a block shall be treated as part of a computing system if it satisfies all of the following conditions:

(i) exclusively or principally used in a computing system;

(ii) is capable of being connected to the central processing unit either directly or through one or more other units; and

(iii) is capable of receiving or presenting information in such form (codes or signals) as may be used by the system.

Separately presented computer units are classified in heading 8471.

However, keyboards, X-Y-coordinate input devices and disk storage units which satisfy the conditions laid down in Notes (B) (ii) and (B) (iii) above are in all cases to be regarded as blocks of heading 8471.

(D) Heading 8471 does not cover the following devices, presented separately, even if they meet all the conditions of Note 6(C) above:

(i) printers, copiers, facsimile machines, combined or not;

(ii) apparatus for receiving or transmitting voice, images or other data, including apparatus for providing communications over a wired or wireless communication network (for example, on a local or wide area network);

(iii) loudspeakers and microphones;

(iv) television cameras, digital cameras and video recording cameras;

(v) monitors and projectors not combined with television reception equipment.

(E) Machines containing or working in conjunction with a computer and performing specific functions other than information processing are classified in the headings according to their specific functions or, if this is not possible, in the residual headings.

7. Heading 8482, inter alia, covers polished steel balls whose maximum and minimum diameter does not differ from the nominal diameter by more than 1% or by more than 0.05 mm, whichever is smaller. Other steel balls are classified in heading 7326.

8. A machine which is used for more than one purpose shall be classified as if its primary purpose were the only one.

Subject to the provisions of Note 2 to this Chapter and Note 3 to Section XVI, a machine whose primary purpose is not described in any heading or a machine in which none of its functions is primary is classified in heading 8479, unless the context otherwise provides. Heading 8479 also includes machinery for the manufacture of ropes or ropes (e.g. knitting machines) from metal wire, textile yarn or other materials or from a combination of such materials.

9. For the purposes of heading 8470, the term “pocket” applies only to devices not exceeding 170 x 100 x 45 mm.

10. For the purposes of heading 8485, the term additive manufacturing (also referred to as 3D printing) means the formation of physical objects based on a digital model by successively adding and layering, sealing and curing a material (e.g., metal, plastics or ceramics).

Subject to the provisions of Note 1 to Section XVI and Note 1 to Chapter 84, machines as described in heading 8485 are classified in that heading and no other heading of the Nomenclature.

11. (A) Notes 12(a) and 12(b) to Chapter 85 also apply to the terms “semiconductor devices” and “electronic integrated circuits”, respectively, as used in this note and in heading 8486. However, in this note and in heading 8486, the term "semiconductor devices" also applies to photosensitive semiconductor devices and LEDs.

(B) In this note and in heading 8486, the term “plane display panel production” covers the fabrication of a flat panel of substrates. It does not cover the production of glass or the installation of printed circuit boards or other electronic components on flat panels. The term "flat display panel" does not apply to cathode ray tube technology.

(C) Heading 8486 also includes machinery and apparatus used exclusively or principally for:

(i) producing or eliminating defects in masks and patterns;

assemblies of semiconductor devices or electronic integrated circuits;

(iii) lifting, manipulating, loading or unloading boules, plates, semiconductor devices, electronic integrated circuits and flat display panels.

(D) Subject to the provisions of Note 1 to Section XVI and Note 1 to Chapter 84, machinery meeting the description in heading 8486 is classified in this heading and in no other heading of the Nomenclature.

Subheading notes

English text as published in Annex I to Regulation (EU) 2021/1832 (Combined Nomenclature). The EAEU tariff and the EU nomenclature copy these notes from the same convention. For a Russian declaration the binding version is the Russian one: Annex to Decision No 80 of the EEC Council of 14 September 2021.

1. For the purposes of subheading 8465 20, the term ‘machining centres’ applies only to machine-tools for working wood, cork, bone, hard rubber, hard plastics or similar hard materials, which can carry out different types of machining operations by automatic tool change from a magazine or the like in conformity with a machining programme.

2. For the purposes of subheading 8471 49, the term ‘systems’ means automatic data-processing machines whose units satisfy the conditions laid down in note 6(C) to Chapter 84 and which comprise at least a central processing unit, one input unit (for example, a keyboard or a scanner), and one output unit (for example, a visual display unit or a printer).

3. For the purposes of subheading 8481 20, the expression ‘valves for oleohydraulic or pneumatic transmissions’ means valves which are used specifically in the transmission of ‘fluid power’ in a hydraulic or pneumatic system, where the energy source is supplied in the form of pressurized fluids (liquid or gas). These valves may be of any type (for example, pressure-reducing type, check type). Subheading 8481 20 takes precedence over all other subheadings of heading 8481.

4. Subheading 8482 40 applies only to bearings with cylindrical rollers of a uniform diameter not exceeding 5 mm and having a length which is at least three times the diameter. The ends of the rollers may be rounded.

Additional notes

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

1. For the purposes of subheadings 8407 10 and 8409 10, the term “aviation engines” shall apply only to engines intended for assembly with an air or rotor.

2. В подсубпозицию 8471 70 300 0 также включаются устройства считывания компакт-дисков, являющиеся запоминающими устройствами вычислительных машин, которые предназначены для считывания сигналов с CD-ROM, аудиокомпакт-дисков и фотокомпакт-дисков и снабжены разъемом для наушников, регулятором громкости или кнопкой пуск/стоп.

Additional notes of the Eurasian Economic Union

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

1. For the purposes of subheading 8482 10 900 1, the term “gross mass” means the total mass of the goods with all kinds of packaging materials and packagings ensuring their safety during storage and transport. The total weight of the goods does not include the mass of packaging materials or containers that are clearly suitable for reuse.

2. For the purposes of subheading 8415 81 001 0, the term “special production facilities” means premises in which the maintenance of precise values of temperature and humidity is due to the operational requirements of the equipment installed therein, such as machines, computers, switching equipment, surgical equipment, etc., or to the operations performed therein.

3. In subheadings 8427 20 190 1, 8427 90 000 1 and 8436 80 100 1, the date of manufacture shall be determined on the basis of the technical documentation of the manufacturer (technical passport, instruction manual) and the manufacturer's plate, which shall be fixed in a conspicuous, easily accessible place of the machinery and shall not be replaced during operation. If the manufacturer's technical documentation and the manufacturer's plate contain conflicting information about the date of manufacture or there is no information about the manufacturer of the equipment on the date of manufacture, then this technique is considered a technique, since the release of which more than 3 years have passed.

If the manufacturer's information indicates only the year of manufacture, then the date of manufacture of the equipment is considered 1 July of the year of manufacture; if the month and year of manufacture are indicated, the date of manufacture is the 15th day of the month specified in the manufacturer's information.

4. For the purpose of classification of goods in subheading 8482 10 900 1 in the states, whose territories constitute the customs territory of the Eurasian Economic Union, when applying the term "French border of the country of importation", the country of import is understood as the customs territory of the Eurasian Economic Union.

5. For the purpose of subheading 8407 10 000 3, the term “take-off power” means the maximum power developed by an aircraft piston engine.

“Take-off power” is specified in the technical documentation and (or) accompanying documents, measured in kilowatts or horsepower (1 kW corresponds to 1.35962 hp).

6. В подсубпозиции 8421 99 000 5 термин «элементы мембранные рулонного типа для фильтрования или очистки жидкостей» означает устройства цилиндрической формы, состоящие из:

- internal plastic perforated tube on which spirally wound membrane bags;

- drainage material located between membrane bags and glued to them on three sides.

The membrane package consists of a twice folded band of membrane containing an extruded grid inside.

At the ends of the membrane roll-type element, fixing discs and sealing cuffs can be installed.

7. For the purposes of subheading 8415 20 000 2, the term “in a single enclosure” refers to air conditioning units (air conditioners) in which all the elements are combined in a single enclosure, frame or platform.

The term "in a single housing" also applies to air conditioning units (air conditioners) in which the refrigeration compressor, which is part of a given air conditioning unit (air conditioner), is located separately, that is, not combined with the rest of the elements in one housing, on one frame or on one platform.

EEC classification decisions (3)

Binding in all EAEU member states: if the goods match the description, the decision fixes the code

Classification rulings for this code (28)

Machine translation from Russian. The original is the Russian wording of the ruling, and customs goes by it; this translation is for understanding only and has no legal force.

The line is designed for a continuous production cycle of a radiopharmaceutical product, including technological stages: loading of non-radioactive materials and radioactive raw materials, synthesis of an intermediate solution, dilution and stirring, reception of a radioactive semi-product, bottling of the drug, closure, automatic marking, control of mechanical inclusions and packaging.

Full description

The main components of the delivery: shielded hot chamber for synthesis; side intermediate chamber; shielded hot chamber for bottling; side intermediate chamber; shielded hot chamber for packaging and marking.

Principle of operation: the original solution is mixed with auxiliary solutions using a dilution system, then the resulting solution is mixed until a radioactive intermediate semi-product is obtained and spilled (dosed, bottles are filled, rubber stoppers and aluminum caps are installed). Then, technological operations for labeling, packaging and moving the radiopharmaceutical product to the unloading zone of the finished products complete the production cycle.

The main characteristics of the line: the performance of 140 bottles per shift.

GRI 1 and 6

The line is designed for a continuous production cycle of a radiopharmaceutical product, including technological stages: loading of non-radioactive materials and radioactive raw materials, synthesis of an intermediate solution, dilution and stirring, reception of a radioactive semi-product, bottling of the drug, closure, automatic marking, control of mechanical inclusions, sterilization and packaging.

Full description

The main components of the delivery: shielded hot chamber for synthesis; side intermediate chamber; shielded hot chamber for bottling; side intermediate chamber; shielded hot chamber for packaging and marking.

Principle of operation: the original solution is mixed with auxiliary solutions using a dilution system, then the resulting solution is mixed until a radioactive intermediate is obtained, spilled (dosed, bottles are filled, rubber stoppers and aluminum caps are installed) and sterilized. Then, technological operations for labeling, packaging and moving the radiopharmaceutical product to the unloading zone of the finished products complete the production cycle.

The main characteristics of the line: performance of 45 bottles per shift.

GRI 1 and 6

The line is designed for a continuous production cycle of a radiopharmaceutical product, including technological stages: loading of non-radioactive materials and radioactive raw materials, synthesis of an intermediate solution, dilution and stirring, reception of a radioactive semi-product, bottling of the drug, closure, automatic marking, control of mechanical inclusions and packaging.

Full description

The main components of the delivery: shielded hot chamber for synthesis; side intermediate chamber; shielded hot chamber for bottling; side intermediate chamber; shielded hot chamber for packaging and marking.

Principle of operation: the original solution is mixed with auxiliary solutions using a dilution system, then the resulting solution is mixed until a radioactive intermediate semi-product is obtained and spilled (dosed, bottles are filled, rubber stoppers and aluminum caps are installed). Then, technological operations for labeling, packaging and moving the radiopharmaceutical product to the unloading zone of the finished products complete the production cycle.

The main characteristics of the line: the performance of 140 bottles per shift.

GRI 1 and 6

The line is designed for a continuous cycle of radiopharmaceutical production.

Full description

The main components: shielded hot chambers for cooking, for bottling, for packaging and marking, side intermediate chamber, autoclave for sterilization. The package also includes roller conveyors, lead shielding, radioactivity detectors with alarms, PLC touch panels, video cameras and viewing windows.

Principle of operation: through the intermediate chamber, non-radioactive materials are loaded into the hot chamber, where bottles for mixing materials are installed on the weight platform and connected to the dilution system. Radium chloride (Ra-223) in a closed glass vial and protective container is placed in a compartment for loading radioactive raw materials. With the help of a sword manipulator, the operator opens the compartment lid, lifts the container with radioactive raw materials on the lift, removes the bottle from the container.

Then moves the bottle to measure the activity of the raw material in the dosing calibrator, and then returns to the protective container, connects to the dilution system, mixes the original solution with auxiliary solutions, mixes the resulting solution until a radioactive intermediate is obtained. Boiling into bottles is carried out using a robotic manipulator, with the help of which the semi-product is dosed, bottles are filled, rubber stoppers are installed, aluminum caps are squeezed on them. Further, the measurement and recording of data on the activity of the solution, the number of bottles, the placement of bottles on the tablet is carried out automatically.

Then, the robot manipulator moves the tablet with filled bottles to an autoclave, where the finished product is sterilized. Technological operations for labeling, packaging and moving a radiopharmaceutical product to the unloading zone of finished products complete the production cycle. Main characteristics: performance of 200 bottles per shift.

GRI 1 and 6

The installation is designed to mix pasteurized milk or other milk base (pasteurized turn, cream, soft cottage cheese, etc.) with fillers provided by the technological process in the form of fruit and berry fillings, jams, whey, syrups, etc.

Full description

The installation is disassembled and consists of the following main components: butterfly type pneumatic valves with a proximity sensor holder with dimensions DN65 - 10 pcs, DN50 - 2 pcs, DN40 - 1 pcs, DN25 - 7 pcs, hand valve type "butterfly" size DN65 - 1 pcs, switching valves with the holder of the proximity sensor type LL dimensions DN65 - 3 pcs., DN50 - 1 pcs., DN40 - 2 pcs., with the holder of the proximity sensor type TL dimensions DN65 - 14 pcs, DN50 - 2 pcs., anti-mixture valves with the holder of the proximity sensor type TT dimensions DN65 - 21 pieces, DN65/50 - 14 pieces, DN65/40 - 7 pieces, approximation sensors - 84 pcs, centrifugal pumps (product) - 3 pcs, centrifugal pump (water / SIP) - 1 pc., flowmeters of dimensions DN50 - 1 pc, DN40 - 1 pc, DN25 - 1 pc, 1 frame, tubular bandage, technological pallets, drainage channels, cable trays, service ladders, assembled on a single frame with level regulating supports in quantity, necessary for the assembly and commissioning of the production process.

Principle of operation: the plant is built into the main production and is connected to containers of milk or dairy base (not included in the delivery) and to containers with various fillers (not included in the delivery), as well as to supply and return pipelines of SIP and process water pipelines. Pumps create pressure and flow of liquid, ensuring its movement in pipelines. As a result, the liquid milk base and the liquid filler from the containers enter simultaneously into one common pipeline. In this case, liquids are mixed inside the pipeline using flow energy.

Mixing can be carried out in three separate pipelines both separately and simultaneously. After that, the finished mixture in three different lines is fed to further production. In this case, each of the lines can be fed a mixture including different fillers. After the mixing process, the unit is washed from an external washing station. The process, the number of components supplied to the installation, the amount of finished product, the sink is controlled by an automated production control system (not included in the delivery kit).

The main technical parameters: the performance of the finished product: 25000 l / h, the number of milk supply lines (milk base) - 4 pcs., the number of filling lines - 3 pcs., the number of exit lines of the mixture - 3 pcs., the pressure (incoming) of milk / metered fillers - 4/4.5 bar, the temperature of the product - 4 ° C, the temperature of detergent solutions - 95 ° C.

GRI 1, 2(a) and 6

The line is designed for a continuous cycle of production of the active pharmaceutical substance, including the following stages: loading of radioisotope and non-radioactive materials, dilution of active substances, stirring of solutions with sterile nitrogen, preparation of a solution of the active pharmaceutical substance, selection and unloading of a sample for quality control, dosing of the drug in the primary packaging (vial), visual control for mechanical inclusions, labeling of vials, packaging in an individual protective container, unloading of finished products in protective containers from the technological line, safe radioactive disposal.

Full description

The main components of the technological line: shielded hot chamber for synthesis, side intermediate transfer chamber, shielded hot chamber for dosing, shielded autoclave for sterilization of vials, shielded hot chamber for marking and packaging. The process is controlled by one of three industrial personal computers located in the operator area.

The main characteristics of the line: performance bottles for a change of 160 pcs.

GRI 1 and 6

The line is designed for a continuous cycle of production of the active pharmaceutical substance, including the following stages: loading of radioisotope and non-radioactive materials, dilution of active substances, stirring of solutions with sterile nitrogen, preparation of a solution of the active pharmaceutical substance, selection and unloading of a sample for quality control, dosing of the drug in the primary packaging (vial), visual control for mechanical inclusions, labeling of vials, packaging in an individual protective container, unloading of finished products in protective containers from the technological line, safe radioactive disposal.

Full description

The main components of the line: shielded hot chamber for synthesis, side intermediate transfer chamber, shielded hot chamber for dosing, shielded autoclave for sterilization of vials, shielded hot chamber for marking and packaging.

The main characteristics of the line: the performance of bottles for a change of 200 pcs.

GRI 1 and 6

The line is designed for a continuous production cycle of a radiopharmaceutical product, including the following stages: loading of radioisotope and non-radioactive materials, dilution of active substances, preparation of solutions of the active pharmaceutical substance, stirring of solutions with sterile nitrogen, dosing the drug into the primary packaging (capsules), packaging the capsule in an individual bottle, visual control for mechanical inclusions, labeling of bottles, packaging in an individual protective container, unloading the finished products in protective containers from the technological line, without radioactive waste.

Full description

The main components: shielded hot chamber for cooking, side intermediate transfer chamber, shielded hot chamber for dosing, shielded hot chamber for marking and packaging.

Main technical characteristics: the number of bottles per shift 400 pcs.

GRI 1 and 6

The line is designed for a continuous production cycle of a radiopharmaceutical product, including the following stages: loading of radioisotope and non-radioactive materials, synthesis of semi-product, dilution of active substances, stirring of solutions with sterile nitrogen, dosing of the drug into the primary packaging (vial), visual control for mechanical inclusions, labeling of vials, packaging in an individual protective container, unloading of finished products in protective containers from the production line, safe disposal of radioactive waste.

Full description

The main components: shielded hot chamber for synthesis, side intermediate transfer chamber, shielded hot chamber for dosing, buffer zone, shielded hot chamber for marking and packaging.

The main characteristics of the line: the performance of bottles for a change of 200 pcs.

GRI 1 and 6

The line is designed for a continuous cycle of production of the active pharmaceutical substance, including the following stages: loading of radioisotope and non-radioactive materials, dilution of active substances, stirring of solutions with sterile nitrogen, preparation of a solution of the active pharmaceutical substance, selection and unloading of a sample for quality control, dosing of the drug in the primary packaging (vial), visual control for mechanical inclusions, labeling of vials, packaging in an individual protective container, unloading of finished products in protective containers from the technological line, safe radioactive disposal.

Full description

The main components of the technological line: shielded hot chamber for synthesis, side intermediate transfer chamber, shielded hot chamber for dosing, shielded autoclave for sterilization of vials, shielded hot chamber for marking and packaging. The process is controlled by one of three industrial personal computers located in the operator area.

The main characteristics of the line: performance bottles for a change of 110 pcs.

GRI 1 and 6

The line is designed for a continuous cycle of production of the active pharmaceutical substance, including the following stages: loading of radioisotope and non-radioactive materials, dilution of active substances, stirring of solutions with sterile nitrogen, preparation of a solution of the active pharmaceutical substance, selection and unloading of a sample for quality control, dosing of the drug in the primary packaging (vial), visual control for mechanical inclusions, labeling of vials, packaging in an individual protective container, unloading of finished products in protective containers from the technological line, safe radioactive disposal.

Full description

The main components of the technological line: shielded hot chamber for cooking, shielded hot chamber for dosing, shielded autoclave for sterilization of vials, shielded hot chamber for labeling and packaging. The process is controlled by one of three industrial personal computers located in the operator area.

The main characteristics of the line: the performance of bottles for a change of 40 pcs., the maximum dimensions of the technological line DhShV: 6700x2100x3000 mm., the maximum mass of the technological line 91 tons.

GRI 1 and 6

The line is designed for research purposes for the development and testing of radiopharmaceutical products, includes the following main technological stages: the stages of loading of source radioactive and non-radioactive materials, cleaning, dilution, bottling into primary packaging (flags), sterilization, labeling and packaging in protective containers.

Full description

The main components of the delivery: shielded hot chamber for synthesis; side intermediate transfer chamber; shielded hot chamber for dosing; buffer zone; shielded hot chamber for packaging and labeling.

Principle of operation: the original solution is mixed with auxiliary solutions using a dilution system, then the resulting solution is mixed until a radioactive intermediate semi-product is obtained and spilled (dosed, bottles are filled, rubber stoppers and aluminum caps are installed). Then, technological operations for labeling, packaging and moving the radiopharmaceutical product to the unloading zone of the finished products complete the production cycle.

GRI 1 and 6

The line is designed for a continuous cycle of production of the active pharmaceutical substance, including the following stages: loading of radioisotope and non-radioactive materials, dilution of active substances, stirring of solutions with sterile nitrogen, preparation of a solution of the active pharmaceutical substance, selection and unloading of a sample for quality control, dosing of the drug in the primary packaging (vial), visual control for mechanical inclusions, labeling of vials, packaging in an individual protective container, unloading of finished products in protective containers from the technological line, safe radioactive disposal.

Full description

The main components of the technological line: shielded hot chamber for cooking, shielded hot chamber for dosing, shielded autoclave for sterilization of vials, shielded hot chamber for labeling and packaging. The process is controlled by one of three industrial personal computers located in the operator area.

The main characteristics of the line: performance bottles for a change of 40 pcs.

GRI 1 and 6

The equipment is designed for grinding and sorting the scrap of briquetted aluminum cans used in fractions, as well as removing non-aluminum inclusions from scrap.

Full description

The equipment is delivered in disassembled form and consists of the following main components: a plate conveyor, a double-shaped shredder, a belt conveyor to a single-shaft shredder, a suspended magnetic separator, a single-shaped shredder, a steep-angle conveyor to a Z-type air separator, a Z-type air separator, a belt conveyor for light waste, a drum rumble, a magnetic separator Al <1-8, a tape conveyor with a separator 1-3, a tape conveyor, a separator belt for a separator of Al-3, a separator, a tape conveyor for a separator of 1-3, a separator, a separator belt for a separator, a separator for a separator of a separator, a separator for a separator of a separator of a separator, a separator 1-8, an Al-3.

Principle of operation: briquettes of aluminum cans used are evenly fed to the receiving area of the plate conveyor, which transports the briquettes to the receiving bunker of a two-shaft shredder for grinding the briquette into parts. Further, the crushed material of the briquette along the belt conveyor is fed to a single-shaft shredder. A stationary magnetic separator is attached above the conveyor belt to capture and remove iron inclusions from the passing material. After that, the material is fed along a belt conveyor with a steep angle of inclination to the air separation apparatus, where the material is blown by a stream of air that carries light non-aluminum inclusions.

Next, the material is fed into a drum rumble along the belt conveyor. In the drum rumble, the material is sorted into three fractions (10 mm, 10–30 mm and more than 30 mm) with the simultaneous removal of residual non-aluminum inclusions. The fragments of the 10–100 mm can are collected and transported for further processing after secondary iron separation and non-aluminum inclusions during electromagnetic vortex separation. The equipment is used at the plant for melting aluminum scrap into secondary aluminum alloys.

Main technical parameters: processed materials: briquetted used aluminum cans; max. length of briquette on one side ≤ 1500 mm; bulk density < 1000 kg / m3; equipment supply system alternating current 380 V × 3 phase × 50 Hz; nominal total power about 650 kW; maximum processing capacity of 4 tons / h; overall dimensions on production areas (DhShV) 42000 x 28800 x 8010 mm.

GRI 1, 2(a) and 6

The equipment is designed for the continuous production cycle of a radiopharmaceutical medicinal product (RFLP) by mixing non-radioactive materials and radioactive raw materials in the necessary proportions.

Full description

The equipment consists of the following main components: shielded hot chamber for cooking, side intermediate transfer chamber, shielded hot chamber for dosing, shielded autoclave for sterilization, shielded hot chamber for marking and packaging. The package also includes roller conveyors, lead shielding, radioactivity detectors with alarms, PLC touch panels, video cameras and viewing windows. The production cycle includes the loading of radioisotope and non-radioactive materials, dilution of active substances, preparation of solutions of active pharmaceutical substance (APS), stirring of solutions, dosing of RFP into primary packaging (flags), sterilization (autoclaving) of finished products, visual control for mechanical inclusions, labeling of vials, packaging in an individual protective container, unloading of finished products in protective containers from the technological line, safe disposal of radioactive waste.

Performance of 200 bottles per shift.

GRI 1 and 6

The equipment is designed to produce a catalytic suspension used in coating the substrates of catalytic blocks by sequentially mixing, dispersing and grinding liquid and bulk components to obtain a homogeneous mixture.

Full description

The equipment is disassembled and consists of the following main components: a steel platform with a frame, dispersion tank - 4 pcs, mixing tank - 2 pcs mill - 2 pieces, mill control cabinet - 2 pieces, pneumatic diaphragm pump dispersing tank - 2 pcs, pneumatic diaphragm pump mixing tank - 2 pcs, Expendable tanks - 6 pcs, pneumatic diaphragm pump loading in the consumable tank - 6 pcs, pneumatic diaphragm pump discharge from the consumable tank - 6 pcs, compressed air receiver - 2 pcs, dispersant - 2 pcs Dispersant control cabinet - 2 pcs, pipeline supply to the consumable tank - 6 pcs, pipeline unloading from the consumable tank - 6 pcs, assembly of pipelines supplying liquid raw materials to mixing tanks - 2 pcs., exhaust gas pipeline, distilled water pipeline, compressed air pipeline - 2 pcs, cooling water supply pipeline, cooling water discharge pipeline, Pipeline supply to the mill - 2 pcs, pipeline unloading from the mill - 2 pcs, circulation pipeline of the mixing tank - 2 pcs, pipeline of discharge from the dispersant - 2 pcs, pipeline supply to the dispersant - 2 pcs, precious metal tank - 2 units, pneumatic diaphragm pump tank for precious metals - 2 pcs, control cabinet, ladder, filter after mill - 2 pcs, Control panel, loading unit of liquid raw materials, pallet scales, shield KIPIA - 3 pcs, Suspension supply pipeline in a mobile tank - 2 pcs, tools and auxiliary equipment in quantity, necessary to put the equipment into operation.

Principle of operation: liquid components of the suspension: rheological additives (acetic acid, barium nitrate solution, zirconium acetate, nitric acid, antifoamer) are loaded into consumable tanks, and then into mixing tanks. Mixing tanks have stirring equipment (mixer blades (impellers)). The external circulation pump is activated, and powdered raw materials (cerium oxides, zirconium, aluminum) are supplied to the mixing tanks. At the same time, a dosed supply of distilled water begins until a given mass is reached.

After the necessary time, when the liquid mixture and powders are thoroughly and evenly mixed, the suspension is transferred from the mixing tanks to the dispersing tank. Further, a dosed supply of precious metal solutions is carried out in the dispersing tank. Dispersing tanks have stirring equipment (mixer blades (impellers)). After completion of stirring and exposure in the dispersing tank, the suspension is fed by a pneumatic diaphragm pump to the wet mill, where the solid particles of the suspension are reduced to micron dimensions.

After completing the grinding cycle, the suspension is pumped by a pneumatic diaphragm pump to a second dispersing tank. From this dispersing tank, the finished suspension is transferred to a mobile suspension tank and then to production. Each expendable tank has a volume of 500 liters. Each mixing and dispersing tank has a volume of 1500 liters. The volume of the working chamber of the mill is 20 liters.

GRI 1, 2(a) and 6

Оборудование предназначено для смешивания сухих порошков (гуаровая камедь или полимер) с водой в определённой пропорции, и подачи готовой жидкости гидроразрыва пласта (ГРП) в смесительную установку (не входит в комплект поставки).

Full description

Установка состоит из стационарно размещенных на раме трёхосного полуприцепа следующих основных компонентов: двигатель; кабина оператора с контрольным шкафом, подогревательным устройством, двойным стеклом; панель управления; смесительная ёмкость с шестью отсеками, 26 м3; бак для сухого порошка, 2,5 м3; всасывающий манифольд; нагнетательный манифольд; центробежный насос всасывающей линии; центробежный насос системы рециркуляции с выходной линией; струйный центробежный насос; насосы дозирования жидких добавок – 4 шт.; расходомеры для жидких добавок всасывающей линии, нагнетательной линии, рециркуляционной линии – 4 шт.; дозировочный шнек подачи сухой добавки – 2 шт.; струйный насос (инжектор) - 2 шт.; раздаточная коробка.

Принцип работы: двигатель соединён с гидромотором, который приводит в действие шнековую систему, три центробежных насоса, миксеры смесительного бака, задвижки отсеков смесительного бака, два насоса подачи химических реагентов, задвижки отсеков бака порошка. При помощи центробежного насоса на входе оборудования в смесительный бак набирается техническая вода из внешнего источника. При помощи шнековой системы гуаровый порошок (предварительно загруженный в бак для порошка) падётся в смесительный бак, где при прохождении шести отсеков, открывающихся на циркуляцию при помощи гидравлических задвижек отсеков смесительного бака и системы миксеров, гуар размешивается в воде, гидратирует (вступает в реакцию с водой), и жидкость достигает заданных параметров жидкости ГРП.

Далее готовая жидкость ГРП на выходе оборудования подаётся при помощи центробежного насоса в смесительную установку.

Габаритные размеры (ДхШхВ): ~ 13200х2800х4000 мм. Вес ~ 30 000 кг. Основные технические параметры: максимальный объём гидратации жидкости для ГРП - 122 м3/мин, минимальный объём гидратации жидкости для ГРП – 1,5 м3/мин, концентрация жидкости 0,2% - 0,6 % (коэффициент порошка и воды).

GRI 1 and 6

Герметичный аэробный ферментатор (далее – ферментатор) представляет собой комплект оборудования, предназначенный для разложения органических отходов при помощи микробной активности в сырье для получения органических удобрений.

Full description

Ферментатор состоит из следующих основных компонентов: основная часть ферментатора (вентиляторы (3 шт), гидравлическая станция, шкаф управления, лопасти для перемешивания), лифт для сырья, лестница, бак дезодорации, ПВХ выпускная труба. Основные этапы процесса ферментации заключаются в следующем. Свежий утиный помет влажностью от 60% до 70 % смешивается с бактериальной добавкой и при помощи ковша лифта для сырья емкостью 1,5 м3 (одноковшовый подъемник, который лебедкой с помощью троса поднимает ковш к загрузочному люку) загружается в основную часть ферментатора для начала ферментационного процесса.

При помощи находящихся внутри ферментатора лопастей, приводимых в движение главным валом и гидравлической станцией, помет перемещается и перемешивается. Для проведения процесса ферментации на данном оборудовании не требуется специального нагрева сырья, так как реакция ферментации является экзотермической. Тепло переносится в верхний слой, а воздух с кислородом поглощается пометом, что создает условия для аэробной ферментации. После того, как процесс ферментации закончен, продукт выгружается через выпускное отверстие ферментационного резервуара для транспортировки готового продукта в конечное место складирования.

GRI 1 and 6

The installation is a complete equipment for the preparation of printing starch glue.

Full description

The main components: a screw conveyor with a receiving capacity; a storage container for starch powder; a screw conveyor of starch powder supply; the main container for mixing; a container for oxidizer, catalyst and drills; a container for caustic soda; an electric water heater; a diaphragm pump; a pneumatic membrane pump; a frame with an operator platform; an electric cabinet with a control panel.

Principle of operation: the staff fills the glue components (starch powder, caustic soda, borax, oxidizer and catalyst) in the appropriate containers. Heated to a given temperature, water from the water heater is supplied to the main mixing container. Next, glue components enter the main container according to a given recipe for mixing them. Mixing the components is carried out by rotating the shaft with the impeller during the specified time management program. At the end of the cooking process, the resulting glue enters the container for the finished glue (the package does not include).

The capacity of the installation is 1000 kg / h.

GRI 1 and 6

An additional ultrasonic roaring system for roaring is additional equipment for roaring.

Full description

It is an ultrasonic equipment designed for separation / sorting of bulk materials in the food, pharmaceutical, metallurgical and chemical industries. It consists of the following components: generator, converter, vibration spring ring, cable and deck, to which the generator is connected.

Principle of operation: The roaring motor creates vibration and transmits it to the surface of the screen. The bulk materials on the screen vibrate from the rumble engine, which allows you to get their required fractional composition. At the same time, the ultrasonic unit, in addition to the vibration of the rumble, imposes its vibration (the ultrasonic generator generates high-frequency electrical energy, which is converted by the converter into sinusoidal longitudinal mechanical waves). Then the waves are transmitted to the resonant ring, causing it to generate high-frequency vibration, which is transmitted to the surface of the screen.

An additional ultrasonic crashing system causes the smallest powder to generate a strong acceleration that prevents clogging of the screen, improves the performance and quality of sieving of bulk materials.

GRI 1 and 6

The high-speed rotary mill is designed for grinding soft samples and samples of medium hardness (plants, wood, roots, leaves, needles, spices, pharmaceuticals, tablets, dragees, textiles, leather, chemicals, fertilizers, food, grains, feed pellets, platsic, pulp, filler, chalk, kaolin, coal; after embrittling with liquid nitrogen, synthetic resins, foil, plastics).

Full description

The composition of the mill includes the following main components: display, lock pin, rotor, insert (support) sieve, ring sieve (3 pcs. - 0.08 mm, 0.12 mm and 0.5 mm), labyrinth seal, main switch, receiving vessel with a lid, rotor holder, lid, funnel, prefabricated tank with exhaust hole, electric motor, power cable. It comes with a passport, an operating manual and a certificate of conformity.

The principle of operation: the crushed material is fed through a funnel into the grinding chamber and accelerated radially outward due to the high speed of rotation of the rotor; then the material is captured by the impact rotor, crushed, and then unloaded through an annular sieve into a receiving vessel with a certain particle feed size.

Technical characteristics: grinding accuracy 50-100 μm, performance 5 l / h, mill weight 44 kg, size 520x630x550 mm, electric motor speed 22 000 rpm, power consumption 2.5 kV.

GRI 1 and 6

Laboratory universal cutting crusher is designed for rapid crushing of soft materials, materials of medium rigidity, brittle, durable and fibrous materials (leaf rubber, plastic, fuel from waste, dried meat, leather, wood, coal, malt, paper/cardboard, peat, animal feed, pasta, tablets, leaves, cranulas, spices, fabrics, straw, corn, bones, roots, tobacco).

Full description

The composition of the crusher includes the following main components: upper and lower parts of the body, electric motor, lid, receiving vessel, emergency switch / emergency switch bracket, U-shaped profile, sieve cassette (3 pcs. - 0.2 mm, 1 mm, and 4 mm), fixed knives, rotor, shutter, hook clamp, engine lid, standard funnel, plunger (2 pcs.), ventilation grille, external 3-pole connection, USB interlock, safety locker, protective valve. It comes with a passport, an operating manual and a certificate of conformity.

Principle of operation: the material is fed through a funnel into the crushing chamber; rotating knives (rotor) together with fixed cut the material; crushed ground material enters the receiving vessel through a sieve cassette.

Technical characteristics: the size of the crusher 440x350x790 mm, the average final fineness of the grind depending on the sieve insert 0.2-6 mm, the speed of rotation of the electric motor 300-3000 rpm, the power consumption of 5000 W.

GRI 1 and 6

Module of production of paints by mixing, deagglomeration, grinding and homogenization of components in certain proportions, is a complex of technological equipment with consistent performance of technological operations to obtain the finished product, and includes the following main components: a storage and supply area of liquid raw materials, consisting of: pneumatic pump for feeding raw materials (12 pcs.), solvent storage capacity of 3000 liters (6 pcs.), resin storage capacity of 3000 liters.

Full description

(6 units) membrane pump (12 pcs), service platform (1 units), connecting pipeline (1 pc); mixing site, deagglomerations, grinding and homogenization, consisting stirring capacity of 1200 liters (5 pcs), stirring capacity of 2500 liters (5 pcs), service platform (1 units), connecting pipeline (1 pc); small-scale production of paint materials: stirring device (2 pcs), filtering device with a platform (2 pcs); Filtration and packaging of products, consisting filtering device (10 pcs), packing device (10 units); area of washing and cleaning of the spent solvent, consisting container for dirty solvent 2000 liters (1 pc), container for pure solvent 2000 liters (1 pcs), distiller with a capacity of 2000 liters (1 pc), service platform (1 units), connecting pipeline (1 pc); vacuum system (1 pc); management system (1 units).

Principle of operation: in the stirring tanks, liquid (solvent and epoxy resin) and loose (white and colored pigments) components are supplied. In the containers there is a mixing of all components, deagglomeration (erasing and grinding of the product), homogenization (reducing the degree of heterogeneity of the product). Finished paint materials (enamel for painting metal, concrete, plastic, wood; primers for metal and concrete; anticorrosive paint coatings) are filtered and packaged into consumer containers with a volume of 5 to 30 liters.

The vacuum system connected by a pipeline with stirring tanks is designed to prevent the formation of an explosive mixture inside the tanks, by pumping it out of the tanks, followed by the supply of inert nitrogen gas to the tanks. After the completion of the production of a batch of paints, the shuffling containers are washed with a solvent, then the solvent used is purified by distillation (evaporation of the solvent from the spent mass). Management and control of the module is carried out by a single control system.

Technical specifications: nominal production capacity of 5000 tons / year. The module is supplied in a partially disassembled form.

GRI 1, 2(a) and 6

The area (line) of sorting chips is designed for sifting wood chips into 4 fractions and its transfer to the production of particle boards ( chipboard).

Full description

The line is delivered in disassembled form and consists of the following main components: a tray transporter for shaving supply, a shaving distribution bunker, an EvoScreen sorting unit, tray transporters (for moving a large fraction, outer layer, inner layer, dust), storage bunkers, an impact mill, a spark detection and distortion system, a single control system.

Principle of operation: the material in the form of wood particles is fed to the chip sorting unit, where it passes through the installed sieves with different dimensional cells due to vibrational eccentric movements, resulting in 4 fractions: large fraction, inner (middle) layer, outer layer, dust. The large fraction is transported to the storage bunker, then fed for grinding into the impact mill and through the duct (not included in the delivery) is transported again to the sorting unit. The middle fraction is transported to the storage bunker and then fed to the production site of the middle layer of chipboard (not included in the delivery).

The small fraction is transported to the storage bunker and fed to the production site of the outer layer of chipboard (not included in the delivery). The dust fraction is transported to a storage dust bin for further combustion. A single control system ensures the operation of the entire line in automatic mode. Technical specifications: capacity up to 35000 kg / hour of sorting of wood particles.

GRI 1, 2(a) and 6

Узел бессолевой коагуляции латекса представляет собой комплекс технологического оборудования в виде соединенных между собой трубопроводами емкостей, оснащенных перемешивающими устройствами.

Full description

В состав оборудования входят следующие основные компоненты: емкость приготовления коагулянта, объем 18.2 куб. м – 1 шт.; емкость поступления коагулянта объем 3.8 куб. м – 1 шт.; аппарат для коагуляции латекса объем 14.66 куб. м – 1 шт.; емкость промывки 1 объем 15.56 куб. м – 1 шт.; емкость промывки 2 объем 14.66 куб. м – 1 шт.; концентратор объем 18.28 куб. м – 1 шт.; сборник 1 циркуляционного серума объем 12.32 куб. м – 1 шт.; сборник 2 циркуляционного серума объем 12.32 куб. м – 1 шт.; емкости приема раствора NaOH объем 2.54 куб. м – 2 шт.; насосы для циркуляции серума – 3 шт.; насос для подачи исходного раствора коагулянта – 1 шт.; насосы для загрузки приготовленного раствора коагулянта – 2 шт.

В состав узла бессолевой коагуляции входит система управления (шкаф управления, АРМ оператора) - 1 комплект. Принцип работы узла бессолевой коагуляции: разбавленный раствор серной кислоты из сети завода, коагулянт высокомолекулярный (сополимер дицианамида с формальдегидом) из емкости приготовления коагулянта и серум 1 (смесь воды, соли, коагулянта и серной кислоты) из сборника 1 циркуляционного серума поступают в аппарат для коагуляции латекса. Латекс (коллоидная дисперсия каучука в воде) поступает в аппарат для коагуляции латекса по трубопроводу из сети завода.

В аппарате для коагуляции латекс и коагулянт высокомолекулярный полностью смешиваются при температуре 55 °С, при этом за счет перемешивания происходит коагуляция латекса, образуя крошку каучука. Смесь крошки каучука и серума разделяется: отделенный серум течет в сборник 1 циркуляционного серума, а крошка каучука поступает в концентратор. Из заводской сети через приемную емкость в концентратор поступает раствор NaOH, которым крошка каучука отмывается при непрерывном перемешивании. В концентраторе за счет разности плотносттей крошки каучука и серума крошка всплывает и собирается в верхней части концентратора.

Затем суспензия крошки каучука поступает в шнековое сито обезвоживания (в комплект поставки не входит). Производительность - 6.0 тонн в час, электропитание - 380 В/220 В. Оборудование поставляется в разобранном виде.

GRI 1, 2(a) and 6

The line is designed for a continuous production cycle of a radiopharmaceutical preparation (loading of non-radioactive materials and radioactive raw materials, synthesis of an intermediate solution, dilution and stirring of the solution, bottling the drug into vials).

Full description

The line consists of the following main components: shielded hot chambers for synthesis, for bottling, for packaging and marking, side intermediate chambers, a sword manipulator, a metering calibrator for measuring the activity of raw materials, a dilution system, a control system.

Principle of operation: through the intermediate chamber, non-radioactive materials are loaded into the hot chamber, where bottles for mixing materials are installed on the weight platform and connected to the dilution system. The solution, located in a closed glass bottle and protective container, is placed in a compartment for loading radioactive raw materials. With the help of a sword manipulator, the operator opens the compartment lid, lifts the container with radioactive raw materials on the lift, removes the bottle from the container.

Then moves the vial to measure the activity of the raw materials in the calibrator. Next, the raw material enters the dilution system, after which the process of mixing the resulting solution is started to obtain a radioactive intermediate semi-product. Boiling into bottles is carried out using a robotic manipulator, with the help of which the semi-product is dosed, bottles are filled, rubber stoppers are installed, aluminum caps are squeezed on them. Further, the measurement and recording of data on the activity of the solution, the number of bottles, the placement of bottles on the tablet is carried out automatically.

Technological operations for labeling, packaging and moving a radiopharmaceutical product to the unloading zone of finished products complete the production cycle. Main characteristics: performance of 100 bottles per shift.

GRI 1 and 6

Система подачи (подготовки) шихтовых материалов предназначена для создания порций шихтовых материалов (стружки из титановых сплавов, титановой губки, легирующих компонентов) с заданными характеристиками путем автоматизированного взвешивания и смешивания, с последующей подачей на систему брикетирования (не входит в состав машины) для формирования готовых брикетов и подачи их в сменный барабанный питатель печи (не входит в состав машины).

Full description

Основные компоненты системы: система дозирования, включающая в себя стационарную станцию разгрузки контейнеров (2 шт.), передвижную станцию разгрузки барабанов (бочек), устройство дозирования и подачи губки/стружки (5 шт.), устройство дозирования и подачи небольших количеств материала (лигатур) сдвоенной конструкции (2 шт.), устройство дозирования и подачи небольших количеств материала (лигатур) одиночной конструкции (2 шт.), конвейер подачи материала; система взвешивания, включающая в себя промежуточный бункер, вращающийся барабан-смеситель, накопительный бункер пресса (2 шт.), ленточный питатель для тонкой досыпки (2 шт.), весовой дозатор (2 шт.), конвейер подачи брикетов; система наполнения барабанного питателя, включающая в себя барабанный питатель, поворотное устройство для барабана; система управления.

GRI 1 and 6

Смеситель гранулятор является оборудованием, предназначенным для сухого смешивания различных порошковых компонентов лекарственных составов с последующим увлажнением и грануляцией.

Full description

Состоит из следующих основных узлов, обеспечивающих технологический процесс: корпус со смонтированным резервуаром, предназначенным для смешивания порошковых компонентов; импеллер, встроенный в резервуар, состоящий из трех лопастей из нержавеющей стали с настраиваемой скоростью вращения, обеспечивающих перемешивание лекарственных порошков и образование гранул после добавления в смеситель жидкости; измельчитель, встроенный в резервуар, состоящий из двойной вилки с четырьмя лезвиями для разбивания крупных комков и образования гранулята; ёмкость 150 литров с мешалкой, для приготовления увлажняющего раствора; станция мойки WIP - комплекс трубопроводов и клапанов с насосом, посредством которых осуществляется подача чистящего вещества и воды для мойки оборудования после завершения технологического процесса; электрический шкаф, в котором установлены электронные системы управления оборудованием.

Принцип работы: порошковые компоненты загружаются из накопительной емкости БИН (в комплект поставки не входит) в систему смешивания порошка при помощи вакуума. Затем порошковые компоненты перемешиваются в течение 5 минут путем вращения лопастей импеллера. Далее, система распыления жидкости перистальтическим насосом Ватсон Марлоу увлажняет смесь раствором. По окончании увлажнения масса перемешивается в течение 10 - 15 минут. Вращаясь, лопасти импеллера образуют гранулы из порошка и увлажняющего раствора. Измельчитель (чоппер) оказывает дополнительное режущее воздействие, способствует распределению жидкости и дроблению крупных комков.

По окончании процесса грануляции гранулы поступают на мельницу – калибратор. На мельнице установлено сито с ячейками определенного размера. Сверху по ситу скользит нож, приводимый в действие электромотором. Гранулы, проходя через мельницу - калибратор, становятся одного раззмера. Полученный влажный гранулят нужной фракции выгружается в сушилку – гранулятор в псевдосжиженном слое (в комплект поставки не входит). Смеситель управляется единой системой управления посредством пульта, установленного непосредственно на оборудовании.

Компоненты смесителя соединены между собой болтовыми и CLAMP соединениями. Емкость для приготовления увлажняющего раствора соединена с корпусом смесителя шлангом.

Технические характеристики: напряжение - 400 В, частота 50 Гц; мощность - 45 кВт; минимальная загрузка - 75 кг; максимальная загрузка - 210 кг; размеры 4200 х 3223 х 3320 мм; вес - 2800 кг.

Товар поставляется в разобранном виде на функциональные блоки: влажный смеситель – гранулятор, шкаф электрический, станция мойки.

GRI 1, 2(a) and 6

What import requires

Russian bans and restrictions

May apply

Whether a measure applies to your goods is determined by the provisos in the “code” column. Measures are taken from the register as of the date the act was published; the act is named on every line

  • 8479 (за исключением 8479 60 000 0, 8479 81 000 0, 8479 90)Out of RussiaProhibited

    Отдельные виды товаров — временный запрет на вывоз

    Машины и механические устройства, имеющие индивидуальные функции, в другом месте данной группы не поименованные или не включенные

    Постановление Правительства РФ от 09.03.2022 № 311 — until Dec 31, 2027

  • 8479 (за исключением 8479 60 000 0, 8479 81 000 0, 8479 90)Out of RussiaPermit required

    Промышленная продукция

    Машины и механические устройства, имеющие индивидуальные функции, в другом месте данной группы не поименованные или не включенные

    Постановление Правительства РФ от 09.03.2022 № 312 — until Dec 31, 2027

Veterinary and sanitary control

Goods fall under supervision by their type and characteristics

  • Sanitary and epidemiological supervision (control)

    rule for the whole chapter 84
    Материалы, оборудование, вещества, устройства, применяемые в сфере хозяйственно-питьевого водоснабжения и при очистке сточных вод, в плавательных бассейнах; Продукция машиностроения и приборостроения производственного, медицинского и бытового назначения, кроме запасных частей к транспортным средствам и бытовой технике (за исключением контактирующих с питьевой водой и пищевыми продуктами); Продукция, изделия, являющиеся источником ионизирующего излучения, в том числе генерирующего, а также изделия и продукция (товары), содержащие радиоактивные вещества; Строительное сырье и материалы, в которых гигиеническими нормативами регламентируется содержание радиоактивных веществ, в том числе производственные отходы для повторной переработки и использования в народном хозяйстве, лом черных и цветных металлов (металлолом); Оборудование, материалы для воздухоподготовки, воздухоочистки и фильтрации; Иная продукция (товары), в отношении которой одним из государств – членов Евразийского экономического союза введены временные санитарные меры

    Решение Коллегии Евразийской экономической комиссии от 17.09.2019 № 154

Conformity assessment

May apply

Whether the goods fall under a regulation depends on their name and characteristics. Check them against the list

  • ТР ТС 010/2011Safety of machinery and equipment
    • Оборудование для вскрышных и очистных работ и крепления горных выработок: комбайны очистные; комплексы механизированные; крепи механизированные для лав; пневмоинструмент — certificate of conformity (part of the heading)
    • Оборудование для бурения шпуров и скважин, оборудование для зарядки и забойки взрывных скважин: перфораторы пневматические (молотки бурильные); пневмоударники; станки для бурения скважин в горнорудной промышленности; установки бурильные — certificate of conformity (part of the heading)
    • Оборудование нефтепромысловое, буровое геолого-разведочное — declaration of conformity or certificate of conformity (part of the heading)
    • Оборудование для промышленности строительных материалов — declaration of conformity or certificate of conformity (part of the heading)
    • Оборудование технологическое для стекольной, фарфоровой, фаянсовой и кабельной промышленности — declaration of conformity or certificate of conformity (part of the heading)
    • Машины для животноводства, птицеводства и кормопроизводства — certificate of conformity (part of the heading)
    • Дробилки — declaration of conformity or certificate of conformity (part of the heading)
    • Оборудование химическое, нефтегазоперерабатывающее — declaration of conformity or certificate of conformity (part of the heading)
  • ТР ТС 032/2013Safety of equipment operating under excessive pressure
    • Барокамеры (кроме одноместных медицинских) — declaration of conformity or certificate of conformity
    • Устройства и приборы безопасности (предназначенные для применения в составе указанного в пунктах 1 – 9 и 13 настоящего перечня оборудования, работающего под избыточным давлением) — declaration of conformity or certificate of conformity
  • Постановление № 2425Единый перечень продукции: сертификация и декларирование в РФ
    • Электрооборудование рудничное нормальное — certificate of conformity (part of the heading) · ГОСТ 30852.20-2002
  • ТР ЕАЭС 043/2017About requirements to means of ensuring fire safety and fire extinguishing
    • Дозаторы установок пенного пожаротушения — certificate of conformity

Checked: the consolidated list of Government Decree No. 2425 and the lists of 42 technical regulations out of 52 adopted. The others have no list by HS code, so see the full list of regulations.

How it is done in practice

Valid documents in the EAEU unified register for subheading 8479 82: certificates 402, declarations 6,166.

By technical regulation
ТР ТС 020/20114,576ТР ТС 010/20114,514ТР ТС 004/20112,261ТР ТС 012/2011225ТР ТС 032/2013202
Schemes
1д4,8132д6555д4621с1433с142The letter after the scheme number shows the form: certification or declaration of conformity.
Most active certification bodies
НП РУП «Белорусский государственный институт стандартизации и сертификации»ООО «Центр подтверждения качества»РУП «Белорусский государственный институт метрологии»
Manufacturers outside the EAEU
China2,093Germany263Italy171Türkiye118United States86India60

Manufacturers of these goods →Check a supplier’s document by its number →

Tariff preferences

The code is on the EAEU list of preferential goods: for goods originating in a beneficiary country the duty is lower

Least developed countrieszero rate0%
46 countries

Burkina Faso, Guinea, Eritrea, Congo - Kinshasa, Timor-Leste, Afghanistan, Mauritania, Yemen, Cambodia, Lesotho, Laos, Bangladesh, Nepal, Tanzania, Palestinian Territories, Angola, Benin, Burundi, Haiti, Gambia, Guinea-Bissau, Djibouti, Zambia, Kiribati, Liberia, Madagascar, Malawi, Mali, Mozambique, Niger, Rwanda, Senegal, Myanmar (Burma), Sudan, Sierra Leone, Uganda, Chad, South Sudan, Syria, Solomon Islands, Comoros, Togo, Tuvalu, Ethiopia, Somalia, Central African Republic

The preference requires a document of origin and compliance with the direct consignment rule; customs checks the right to it at declaration.

Payments on import

Duty for this code: 0%. On top of the duty, on import into Russia you pay VAT of 22% (unless the goods are VAT-exempt) of the customs value including the duty (Article 160 of the Tax Code) and the customs processing fee — a fixed amount by value band. Customs value: the price of the goods, delivery to the border, local costs.

Import VAT in EAEU countries

  • Russia22%
  • Kazakhstan16%
  • Belarus20%
  • Armenia20%
  • Kyrgyzstan12%

Standard rate; each country has reduced rates and exemptions for some goods. The duty for the code above is the union one, the same for all

May be VAT-exempt

The exemption under list No. 1042 applies if the goods match the description and are registered as a medical device:

  • 8479 82 000 0 — Оборудование санитарно-гигиеническое, средства перемещения и перевозки 94 5100 (оборудование дезинфекционное; оборудование стерилизационное; оборудование моечное, оборудование для санитарной обработки; оборудование для очистки и обогащения воздуха; средства перемещения и перевозки медицинские (носилки, тележки и другие)
  • 8479 82 000 0 — Оборудование для кабинетов и палат, оборудование для лабораторий и аптек 94 5200 (термостаты электрические; установки стоматологические универсальные; оборудование кабинетов и палат; оборудование стоматологическое, зубопротезное, оториноларингологическое; оборудование рентгенологическое, радиологическое и равматологическое; оборудование лабораторное и аптечное; оборудование и агрегаты медицинские разные)

The right code is in the HS code search.