Fuchs RENOLIT Copper Paste - 100g

Currently unavailable

Currently unavailable
The Fuchs RENOLIT Copper Paste is for mechanics and DIY enthusiasts working on high-temperature applications. Its key benefit is preventing seized and corroded threaded fittings, especially under extreme heat, up to 1100°C. A potential caveat is its specialized nature, meaning it's not a general-purpose lubricant for all applications. This 100g tube of anti-seize paste is formulated to protect components from corrosion and galling during assembly, ensuring easier dismantling later.
| Model Part Number | 800242921 |
|---|---|
| Brand | Fuchs |
Its primary purpose is to prevent threaded fittings and components from seizing and corroding, especially in high-temperature environments, and to reduce the torque required for dismantling.
The paste is designed to lubricate effectively up to 1100°C.
It is ideal for most automotive and industrial threaded fittings, particularly those exposed to heat, such as spark plug threads, exhaust components, and wheel nuts. Always check compatibility if dealing with highly specialized materials.
Apply a thin, even layer to the threads or contact surfaces. Over-application is generally not necessary and can lead to mess.
No, this paste is not intended for electrical connections and should be kept away from sensitive electronic components.
Store the paste in its original container with the cap tightly closed in a cool, dry place to prevent it from drying out.
Wash affected skin areas with soap and water. If irritation persists, seek medical advice.
Ensure the tube cap is sealed when not in use. If slightly dry, try working a small amount between gloved fingers to re-soften, or add a drop of suitable lubricant if specified by the manufacturer.
Verify that the paste was applied to clean surfaces and in sufficient quantity to cover the critical areas. Ensure the component was not exposed to extreme conditions beyond the paste's rated temperature limit.
While designed for high temperatures, extreme thermal shock or temperatures significantly exceeding the 1100°C limit may cause changes in consistency. Ensure the application environment is within the product's specifications.
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