This article explains the product’s key properties, intended use and recommended application procedure.
Copper hi-temp lubricant
Professional product for treating threaded joints, pins, flanges which are exposed to high temperatures and pressures. Lubricates and separates moving parts. Protects metal surfaces (steel and its alloys, cast iron, copper, brass) against wear, oxidation and sticking at temperatures from -40°C to +1100°C. Resistant to acids, salts and weather conditions. Eliminates the squeaking of brake mechanisms. Provides a durable protection against corrosion and sticking of mechanism parts. Recommended for applying to non-working surfaces of brake pads, exhaust system connectors, spark plugs, screws, hinges, flanges of half-axles with drum-type brakes, etc. Copper-coloured lubricant, spraying head with nozzle ensures precise dosing and accurate application.Application
- Shake well before use.
- Spray a thin layer of the compound on clean and dry parts.
View Copper hi-temp lubricant →
Copper hi-temp lubricant
Professional product for treating threaded joints, pins, flanges which are exposed to high temperatures and pressures. Lubricates and separates moving parts. Protects metal surfaces (steel and its alloys, cast iron, copper, brass) against wear, oxidation and sticking at temperatures from -40°C to +1100°C. Resistant to acids, salts and weather conditions. Eliminates the squeaking of brake mechanisms. Provides a durable protection against corrosion and sticking of mechanism parts. Recommended for applying to non-working surfaces of brake pads, exhaust system connectors, spark plugs, screws, hinges, flanges of half-axles with drum-type brakes, etc. Copper-coloured lubricant, spraying head with nozzle ensures precise dosing and accurate application.Application
- Shake well before use.
- Spray a thin layer of the compound on clean and dry parts.
View Copper hi-temp lubricant →
Important: Read the product label and technical information before use. Test on an inconspicuous area when surface compatibility is uncertain.