Automotive Silicone Grease, 4oz, Precise Application

The product description highlights the versatile and robust nature of the silicone-based brake lubricant. Designed to withstand high temperatures, the lubricant is compatible with plastic and rubber components, including EPDM and Nitrile, effectively dampening vibrations and preventing moisture infiltration.

The ceramic solid additives in the formula work to reduce brake noise, even in the most extreme conditions, making it suitable for a wide range of high-temperature applications. The lubricant is safe for use on all parts, including EPDM and Nitrile rubber, and provides a longer-lasting, high film strength protective coating for various surfaces.

Unlike silicone oils, this lubricant does not melt, freeze, gum, or run off, and it can operate effectively in temperatures ranging from -20°F to 400°F (-28°C to 204°C). It can be used on rubber, metal, wood, glass, and plastic components without harming rubber or car finishes. Suggested applications include trunk seals, rubber bumpers, speedometer cables, brake parts, window channels, hood strips and pads, rubber gaskets, and belts.

The product also excels in preventing seizing, galling, and damage during disassembly, making it an ideal choice for a variety of automotive components, such as lug nuts, brake lube assembly and anchor pins, engine head bolts, spark plug threads, oxygen sensor threads, exhaust manifold studs, EGR fittings, starter and alternator bolts, and more. It can withstand temperatures up to 1200 degrees Fahrenheit, making it suitable for bi-metal applications where seizing problems can be severe.

In addition to its versatility in the automotive realm, this silicone-based lubricant is also a "must" for optimal performance in both electronic and standard ignitions. It effectively seals out moisture and corrosion, enhancing the reliability and efficiency of a wide range of electrical applications, including sensor and computer connections, solenoids, truck pigtails, various types of plugs, ignition modules and coils, marine connections, diverse lighting systems, and battery terminals. Applying this dielectric grease is crucial for ensuring enhanced electrical connections and superior performance, especially in harsh environmental conditions, as it acts as a protective barrier against moisture, dirt, and corrosion, maintaining optimal conductivity and reliability of electrical components.

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