The grease VNIINP-223 (GOST 12030-80) is a dioctyl sebacate thickened with complex soda soap. It contains antioxidizing and wear-protective additives.
The grease VNIINP-223 is defined by high degree of clearing. It is efficient at residual pressure 13.3 Pas and temperatures from -45 °?…+150 °?.
Application: special high-speed ball bearings with frequency of rotation to 60000 mines-1, bearings of sliding and low-power tooth gearings. A substitute product is VNIINP-228.
Appearance and color: —
Effective viscosity, Pas, at 0 °?, not more than: 180
Effective viscosity, Pas, at 20 °?, not more than: —
Strength at 20 °?, Pas, not less than: 60
Drop temperature, °?, not lower than: 180
Colloid stability under load of 300 g, %, not more than: 15
The content of free alkali in recalculation on N???, %, not more than: —
Penetration at 25 °?, mm, 10-1: 320-370
Evaporation at 150 °? within 1 hour, %, not more than: —
Data on operational temperatures represent values, which are guided by a structure of lubricants, and also on a scope and technology of use. Depending on a kind of mechanical-dynamic loading lubricants change the consistence, conditional viscosity or viscosity at various temperatures, pressure and duration of operation. These changes of indicators can affect work of components.

The grease VNIINP-260 (GOST 19832-87) is high-viscosity index petroleum oil thickened with a complex soda soap. It contains wear-protective and antioxidizing additives. The grease VNIINP-260 possesses high mechanical and colloid stability.
It is efficient at residual pressure 13.3 Pas and at temperatures from -50 °?…+180 °?. Application is high-speed ball bearings with frequency of rotation to 60000 mines-1.
Appearance and color: —
Effective viscosity, Pas, at 0 °?, not more than: 100
Effective viscosity, Pas, at -50 °C, not more than: —
Strength at 20 °?, Pas, not less than: 100
Drop temperature, °?, not lower than: 200
Colloid stability under load of 300 g, %, not more than: 8
The content of free alkali in recalculation on N???, %, not more than: —
Penetration at 25 °?, mm, 10-1: 320-360
Evaporation at 150 °? within 1 hour, %, not more than: —
Data on operational temperatures represent values, which are guided by a structure of lubricants, and also on a scope and technology of use. Depending on a kind of mechanical-dynamic loading lubricants change the consistence, conditional viscosity or viscosity at various temperatures, pressure and duration of operation. These changes of indicators can affect work of components.

The grease VNIINP-274 (GOST 19337-73) is oil of hydrocracking and reductive isomerization. It thickened with lithium soap of stearin acid and acids of the hydrogenated castor oil. The grease VNIINP-274 contains antioxidizing and antiscuffing additives.
It possesses low evaporation, high thermal and mechanical stability, frost-resistance. The grease VNIINP-274 is efficient in vacuum and at temperatures from -80 °?…+120 °?.
Application: small-sized precision ball bearings and low-power reducers with frequency of rotation of 15000-30000 mines-1. A substitute product is VNIINP-286.
Appearance and color: —
Effective viscosity, Pas, at 0 °?, not more than: 80
Effective viscosity, Pas, at -40 °C, not more than: —
Strength at 20 °?, Pas, not less than: 270-370
Drop temperature, °?, not lower than: 190
Colloid stability under load of 300 g, %, not more than: 18
The content of free alkali in recalculation on N???, %, not more than: —
Penetration at 25 °?, mm, 10-1: —
Evaporation at 150 °? within 1 hour, %, not more than: —
Data on operational temperatures represent values, which are guided by a structure of lubricants, and also on a scope and technology of use. Depending on a kind of mechanical-dynamic loading lubricants change the consistence, conditional viscosity or viscosity at various temperatures, pressure and duration of operation. These changes of indicators can affect work of components.

The grease VNIINP-299 (TOR 38.101324-72) is organic silicon liquid thickened oil modified silica gel.
It possesses high colloid stability and adhesion. The raised viscosity and its small dependence on temperature change provide a smooth course and accurate fixation of mobile details of film apparatus and photo apparatus in the winter and in the summer.
The grease VNIINP-299 is efficient at temperatures from -30 °?…+50 °?. Application: mechanisms of scanning devices of film-and photo equipment. A substitute product is VNIINP-286.
Appearance and color: —
Effective viscosity, Pas, at 0 °?, not more than: 680
Effective viscosity, Pas, at -40 °C, not more than: —
Strength at 20 °?, Pas, not less than: 280
Drop temperature, °?, not lower than: —
Colloid stability under load, %, not more than: 3
The content of free alkali in recalculation on N???, %, not more than: —
Penetration at 25 °?, mm, 10-1: 310-340
Evaporation at 150 °?, %, not more than: —
Data on operational temperatures represent values, which are guided by a structure of lubricants, and also on a scope and technology of use. Depending on a kind of mechanical-dynamic loading lubricants change the consistence, conditional viscosity or viscosity at various temperatures, pressure and duration of operation. These changes of indicators can affect work of components.

Appearance and color: Homogeneous ointment from St. yellow to St. brown color
Effective viscosity, Pas, at 0°?, not more than: —
Effective viscosity, Pas, at -30 °C, not more than: 1300
Strength at 50 °?, Pas, not less than: 150
Drop temperature, °?, not lower than: 175
Colloid stability under load, %, not more than: 20
The content of free alkali in recalculation on N???, %, not more than: 0.1
Penetration at 0 °?, mm, 10-1: 265-325
The content of water, %, not more than: —
Evaporation at 120 °? within 1 hour, not more than: 8
Data on operational temperatures represent values, which are guided by a structure of lubricants, and also on a scope and technology of use. Depending on a kind of mechanical-dynamic loading lubricants change the consistence, conditional viscosity or viscosity at various temperatures, pressure and duration of operation. These changes of indicators can affect work of components.