Highly adhesive lubricating, separating and anti-corrosive copper paste that is extremely resistant to high temperatures and high pressures

Very high resistance

• Temperature application range from –20°C to +1.200°C for dry lubrication
• Resistant to water, diluted alkali solutions and diluted acids

High, lasting lubrication

Provides long-lasting protection against fusing and seizing, galling, wear, corrosion and frictional corrosion.

Silicone-free and AOX-free

Notice

Do not apply to brake discs or brake pad linings.

The usage instructions are recommendations based on the tests we have conducted and our experience; carry out your own tests before each application. Due to the large number of applications and storage and processing conditions, we do not assume any liability for a specific application result. Insofar as our free customer service provides technical information or acts as an advisory service, no responsibility is assumed by this service except where the advice or information given falls within the scope of our specified, contractually agreed service or the advisor was acting deliberately. We guarantee consistent quality of our products. We reserve the right to make technical changes and further develop products.

Brakes:

Backs of disc brake pads (prevents squeaking), mounting parts and individual parts.

Battery terminals:

Contact protection, MIG welding gun nozzles (prevents welding beads from forming).

Seals:

Prevents solid seals from fusing.

Other:

Screw connections (exhaust manifold screws, spark plug threads etc.), bearings, pivot points, joints, sliding surfaces.

Instructions

Clean the parts to be treated with brake cleaner, art. no. 0890 108 7. The parts must be clean, dust-dry and free from grease. Apply a thin and even layer of CU 800.

Suitable glove:

Nitrile chemical protective glove

Permeation level: 6

Cotton velour lining

Nitrile chemical protective glove, heavy-duty

Permeation level: 6

Long, heavy-duty design

Permeation is the process by which a chemical moves through the material of a protective glove on a molecular level. The time from the initial contact between the chemical and the glove to the permeation of the material is the breakthrough time.

Important information:

The information given is based on experience and laboratory conditions and is designed as a guide. However, the actual suitability of a glove depends on the individual conditions of its use and must be confirmed by an appropriate test under operational conditions. Given the variety of materials and chemicals used, the possibility of incompatibility or usage problems for the wearer cannot be excluded in individual cases. We would be happy to advise you about optimum solutions.