Grease Constalin (GOST 1957-73) is a cylinder oil solidified with soda soaps of fat acids of castor oil.
The basic operational characteristics: water resistance low, at contact to water emulsifyd also is dissolved in it. It is efficient at temperature-20 … +110°?.
Scope: friction units of fans of foundry machines, domain and cement furnaces, rolling bearings on a railway transportation, etc.
Appearance and colour: Homogeneous ointment without lumps from light yellow to dark brown colour
Penetration at 25°?, mm, 10-1: 225-275
The content of water, %, no more: 0.5
Vaporability at 150°?, %, no more: —
Drobfall temperature, °?: Not more low 130

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 mehaniko-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.

Grease «1-13» (TOR 38.40158142-95) is a mix of petroleum oils of low and average viscosity, thickened oil a soda soap of fat acids of castor oil; contains a little calcic soap of the same fat acids.
The basic operational characteristics: low water resistance, at contact with water it dissolves in it.
It is efficient at temperatures from -20 … +110°?. The application: various bearings of a rolling, rarer – sliding bearings; bearings of electric motors, naves of wheels of out-of-date cars, etc.
Appearance: Homogeneous ointment from St. brown to brown color
Viscosity at 0 °? and an middle gradient of speed of deformation 10?-1, Pas, not more than: 500
Strength at 80 °?, Pas, not less than: 150
Drop temperature, °?, not lower than: 120
Calendar stability, in % of the allocated oil, not more than: 20
Mass fraction of free alkali in recalculation on N???, %, not more than: 0.2
Penetration at 25 °?, mm, 10-1: 130-250
Mass fraction of water, %, not more than: 0.73
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.