Copper Paste is a high-performance anti-seize lubricant designed to prevent metal-to-metal contact and protect against corrosion in high-temperature applications. This versatile paste contains finely ground copper particles that provide excellent thermal conductivity and resist rust and oxidation, making it ideal for use on brake components, exhaust bolts, and other high-stress areas. Its unique formulation allows for easy application and effective adhesion to surfaces, ensuring long-lasting protection against seizing and galling. Copper Paste is suitable for a variety of automotive and industrial applications, making it an essential product for mechanics and DIY enthusiasts seeking reliable performance and durability.
Liqui Moly is a globally respected brand known for its innovative and high-performance automotive and motorbike care products. With a strong focus on precision engineering and quality, Liqui Moly offers a wide range of solutions designed to protect and enhance vehicle components. Trusted by professionals and enthusiasts alike, the brand delivers products that ensure maximum efficiency, longevity, and reliability. From engine oils and additives to cleaning solutions and maintenance products, Liqui Moly continues to be a preferred choice for those seeking top-tier performance and protection for their vehicles.
Copper Paste is a high-temperature anti-seize compound containing fine copper particles. It is designed to prevent seizing, corrosion, and wear on metal connections exposed to heat and pressure.
Brake pad backing plates, Brake caliper contact points (non-ABS areas, Wheel hub centers, Exhaust system bolts and joints, Spark plug threads (if manufacturer permits), Other high-temperature threaded connections
Yes. Due to its copper content, it is electrically conductive. It should not be used on sensitive electronic components or ABS sensor areas.
Yes. It remains effective in extreme temperatures up to approximately 1,100 °C.
Clean the surfaces thoroughly. Apply a thin, even layer with a brush to the contact surface or threads before assembly. Do not over-apply.
