United Kingdom

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Oil refinery, Lubricants, etc.

Neat (Cutting) Oils

TB CUTTOL OC

It is modern conceived set of cutting oils designed mainly for machining centers and machining lines executing various machining operations in a wide specter of ferrous metals. These cutting oils dispose of a wide range of attributes, which allow not only complex machining operations in the

 

TB CUTTOL OC+

It is modern conceived set of cutting oils designed mainly for machining centers and machining lines executing various machining operations in a wide specter of ferrous metals. These cutting oils dispose of a wide range of attributes, which allow not only complex machining operations in the

 

TB CUTTOL OC MU

It is modern conceived set of cutting oils designed mainly for machining centers and machining lines executing various machining operations in a wide specter of ferrous metals. These cutting oils dispose of a wide range of attributes, which allow not only complex machining operations in the

 

TB CUTTOL OC AI

It is modern conceived set of cutting oils designed mainly for machining centers and machining lines executing various machining operations in a wide specter of ferrous metals. These cutting oils dispose of a wide range of attributes, which allow not only complex machining operations in the

 

TB CUTTOL 16H

Efficient, modern conceived cutting oils designed mainly for machining operations of deep drilling by BTA or Ejektor systems. Both oils are equipped by high content of esters of higher fatty acids, AW additives, EP additives and corrosion inhibitors. By this, they allow execution of efficient machining

 

TB CUTTOL 22H

Efficient, modern conceived cutting oils designed mainly for machining operations of deep drilling by BTA or Ejektor systems. Both oils are equipped by high content of esters of higher fatty acids, AW additives, EP additives and corrosion inhibitors. By this, they allow execution of efficient machining

 

TB CUTTOL 15

They are efficient cutting oils with content of special substances for increasing of cutting effect and further improving additives. They are chemically stable with efficient protection against corrosion. They are marked with high cutting effect and positively influence quality, harshness and

 

TB CUTTOL 25

They are efficient cutting oils with content of special substances for increasing of cutting effect and further improving additives. They are chemically stable with efficient protection against corrosion. They are marked with high cutting effect and positively influence quality, harshness and

 

TB CUTTOL 22

They are efficient cutting oils with content of special substances for increasing of cutting effect and further improving additives. They are chemically stable with efficient protection against corrosion. They are marked with high cutting effect and positively influence quality, harshness and

 

TB CUTTOL F2

Cutting oils designed for finishing machining operations, where blade geometry is not accurately defined. During their formulation, there were used high-quality base oils of high flash point, minimal evaporation loss and ideal sedimentary ability. Maximally reduced fuzzing and suitable selection of

 

TB CUTTOL F5

Cutting oils designed for finishing machining operations, where blade geometry is not accurately defined. During their formulation, there were used high-quality base oils of high flash point, minimal evaporation loss and ideal sedimentary ability. Maximally reduced fuzzing and suitable selection of

 

TB CUTTOL F7

Cutting oils designed for finishing machining operations, where blade geometry is not accurately defined. During their formulation, there were used high-quality base oils of high flash point, minimal evaporation loss and ideal sedimentary ability. Maximally reduced fuzzing and suitable selection of

 

TB CUTTOL F10

Cutting oils designed for finishing machining operations, where blade geometry is not accurately defined. During their formulation, there were used high-quality base oils of high flash point, minimal evaporation loss and ideal sedimentary ability. Maximally reduced fuzzing and suitable selection of

 

TB CUTTOL F14

Cutting oils designed for finishing machining operations, where blade geometry is not accurately defined. During their formulation, there were used high-quality base oils of high flash point, minimal evaporation loss and ideal sedimentary ability. Maximally reduced fuzzing and suitable selection of

 

TB CUTTOL F15

Cutting oils designed for finishing machining operations, where blade geometry is not accurately defined. During their formulation, there were used high-quality base oils of high flash point, minimal evaporation loss and ideal sedimentary ability. Maximally reduced fuzzing and suitable selection of

 

TB CUTTOL C3

Petroleum cutting oils containing additives for cutting efficiency. They include also anti-mist additive, which reduces aerosol creation to minimum and therefore contributes to work environment improvement. They are suitable for machining of ferrous and non-ferrous metals.

 

TB CUTTOL C22

Petroleum cutting oils containing additives for cutting efficiency. They include also anti-mist additive, which reduces aerosol creation to minimum and therefore contributes to work environment improvement. They are suitable for machining of ferrous and non-ferrous metals.

 

TB CUTTOL C32

Petroleum cutting oils containing additives for cutting efficiency. They include also anti-mist additive, which reduces aerosol creation to minimum and therefore contributes to work environment improvement. They are suitable for machining of ferrous and non-ferrous metals.

 

TB CUTTOL C32A

Petroleum cutting oils containing additives for cutting efficiency. They include also anti-mist additive, which reduces aerosol creation to minimum and therefore contributes to work environment improvement. They are suitable for machining of ferrous and non-ferrous metals.

 

TB CUTTOL C46

Petroleum cutting oils containing additives for cutting efficiency. They include also anti-mist additive, which reduces aerosol creation to minimum and therefore contributes to work environment improvement. They are suitable for machining of ferrous and non-ferrous metals.