CASTROL Inertox Heavy

Description

Castrol Inertox ™ Heavy is chemically and thermally one of the most stable lubricants in the Castrol range.

Formulated from an advanced synthetic fluid and thickened with a non soap base which is temperature stable and

fortified with a blend of additives and lubricating solids for exceptional wear protection.

Applications

Inertox Heavy is designed for universal long-term application in anti-friction and plain bearings under hostile

ambient conditions. Inert to most corrosive and / or other aggressive media. For rolling and sliding bearings with

extended relubrication intervals, high temperatures or under hostile ambient conditions such as in:

• Paint drying lines.

• Film stretching machines.

• Tenter frames for textiles.

• Oven carriages in the ceramics industry.

For lubrication of seals and friction points inside high vacuum chambers, such as found in the electronics industry.

Temperature application range: -25 C / -13 F to + 260 C / + 500 F (at higher operating temperatures adequate

ventilation must be ensured).

Advantages

Excellent thermal and chemical stability - ensures the grease can operate in adverse applications and is

resistant to:

- hot and cold water, oils, oil-in-water emulsions - inorganic and organic acids, alkaline solutions - solvents

based on hydrocarbons, e.g. naptha, benzene, toluol, paraffin etc. - solvents based on chlorinated hydrocarbons,

e.g. trichloromethane (TRI), perchlorethylene (PER), - dichloromethane (methylene chloride) etc. - alcohols,

ketones (acetone), halogens - radioactive radiation (gamma rays).

High wear protection, excellent lubricating capabilities, good load carrying capacity, outstanding pressure

resistance - leads to longer bearing life, extended lubrication cycles and uninterrupted service.

• Extremely low evaporation loss in vacuum systems- ensures continual lubrication.

• Non-flammable - grease can be exposed to extreme conditions ensuring safe use.

Good corrosion protection - helps prevent rust and oxidation on metal surfaces.