19.03.26
Mineral chlorinated motor, transmission, and lubricating oils (code 13 02 04*) are used in vehicles and industrial machinery to reduce friction and protect components from wear.
16.03.26
Other hydraulic oils (code 13 01 13*) include a wide range of technical fluids used in various hydraulic systems. This category covers oils with specialized additives or combined formulations.
12.03.26
Hydraulic oils subject to rapid biodegradation (code 13 01 12*) are used in systems with increased environmental safety requirements. These oils are formulated from components capable of breaking down under microbial activity.
11.03.2026
The use of biodegradable lubricants in hydraulic systems allows to reduce the negative impact on the environment and increase the safety of equipment operation. Biodegradable lubricants are created on the basis of oils obtained from plant materials, which ensures their rapid decomposition under the influence of microorganisms. This makes them an attractive alternative to traditional synthetic lubricants in industries where a high level of environmental protection is mandatory.
09.03.26
Synthetic hydraulic oils (code 13 01 11*) are used in industrial hydraulic systems requiring high thermal stability and extended service life.They are produced from synthetic base fluids with functional additives.
06.03.26
Mineral non-chlorinated hydraulic oils (code 13 01 10*) are used in hydraulic systems of industrial equipment. They are produced from mineral base oils without chlorinated additives.
02.03.26
Mineral chlorinated hydraulic oils (code 13 01 09*) are used in hydraulic systems of industrial equipment.They are produced from mineral base oils with chlorinated additives.
27.02.26
Non-chlorinated emulsions (code 13 01 05*) are used in hydraulic and lubrication systems as an alternative to chlorinated formulations. They consist of a water phase, oil components, and specialized additives.
23.02.26
Chlorinated emulsions (code 13 01 04*) are used in industrial hydraulic and lubrication systems to reduce friction and improve equipment stability. They consist of a mixture of water phase, oil components, and chlorinated compounds.
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