CASTROL Molub-Alloy BioTop 9498

Description

Castrol Molub-Alloy™ BioTop 9498 was developed to lubricate switch plates over a broad temperature range. Even

under very wet conditions Castrol Molub-Alloy™ BioTop 9498 adheres to the surface of the switch plates, and it

offers excellent corrosion protection superior to conventional non-biodegradable switch plate lubricants.

Castrol Molub-Alloy™ BioTop 9498 is easily applicable by brush down to a temperature of - 50 °C.

Castrol Molub-Alloy™ BioTop 9498 is based an synthetic ester and is readily biodegradable according to CEC L

33-A-93 (> 85%). A selection of high-quality additives and a selected blend of inorganic white solids provide for

outstanding friction and antiwear properties.

Castrol Molub-Alloy™ BioTop 9498 is formulated an the basis of synthetic ester and a calcium thickener.

Rust and Oxidation inhibiting characteristics are maximized for effective rust protection, and a long life of the

grease.

Application

Castrol Molub-Alloy™ BioTop 9498 is recommended for the use an switch plates exposed to adverse weather

conditions.

Temperature range - 50 °C up to + 80 °C.

Castrol Molub-Alloy™ BioTop 9498 may be applied either manually by brush or by pressurized lubrication spraying

Advantages

With Castrol Molub-Alloy™ BioTop 9498 no preheating or diluting with solvents is required before application, and it

is ready for application over a broad temperature range.

Castrol Molub-Alloy™ BioTop 9498 offers outstanding water resistance. Properly applied, it remains stable even

when exposed to direct washing action of both hot and cold water.

At low temperatures Castrol Molub-Alloy™ BioTop 9498 resists any tendency to Crack, pop or peel.

The selected blend of inorganic white solids provide a long lasting protective layer, reducing friction and wear.

The water resistance and excellent corrosion protection ensures extended relubrication intervals. Thus, Castrol

Molub-Alloy™ BioTop 9498 contributes to the protection of the environment and resources.

Additional Information

Lubrication intervals should be extended gradually to remove previous lubricant completely, and to establish a proper film

of lubricating solids.