Specifications are based on manufacturer data. Check the equipment manufacturer’s requirements before selecting a product.
Reductor Synt 68
Intended for lubricating industrial gears operating under medium and high loads, including shock loads; circulation systems in various mechanisms operating under increased loads; friction components in automatic hot-forging presses; and other heavily loaded industrial equipment components.
Specifications are based on manufacturer data. Check the equipment manufacturer’s requirements before selecting a product.
Reductor Synt 150
Intended for lubricating industrial gears operating under medium and high loads, including shock loads; circulation systems in various mechanisms operating under increased loads; friction components in automatic hot-forging presses; and other heavily loaded industrial equipment components.
Specifications are based on manufacturer data. Check the equipment manufacturer’s requirements before selecting a product.
Reductor Synt 220
Intended for lubricating industrial gears operating under medium and high loads, including shock loads; circulation systems in various mechanisms operating under increased loads; friction components in automatic hot-forging presses; and other heavily loaded industrial equipment components.
The reported oil parameters are within normal limits.
Test report No. 671672 · 02.08.2023
Copper content is elevated. The other oil parameters are within normal limits. During further operation, monitor the trend in copper accumulation. Repeat oil testing after a short period of operation.
Test report No. 684300 · 03.10.2023
Lead content is elevated. The other oil parameters are within normal limits. During further operation, monitor the trend in lead accumulation. Repeat oil testing after a short period of operation.
Specifications are based on manufacturer data. Check the equipment manufacturer’s requirements before selecting a product.
Reductor Synt 320
Intended for lubricating industrial gears operating under medium and high loads, including shock loads; circulation systems in various mechanisms operating under increased loads; friction components in automatic hot-forging presses; and other heavily loaded industrial equipment components.
