Anti-Seize Compounds
Count on anti-seize compounds to help prevent galling, corrosion, and seized fasteners in the high-heat, high-pressure areas of your race car. Built for hardware that sees big temperature swings, these formulas keep critical threads and contact points protected so service stays straightforward between races. When it’s time to tear down, anti-seize lubricating compounds help parts come apart more cleanly with less drama, especially on exhaust and other heat-cycled components. Keep proven anti-seize compounds for racing on hand from trusted brands, including QA1, so you’re ready for race day and ready for the next rebuild.
Shop Behrent’s for Racing Anti-Seize Compounds
Add anti-seize compounds to your build and maintenance routine for smoother assembly, better protection on heat-cycled hardware, and easier disassembly when it’s time to service the car after race day. Apply the right type and a thin, even coat to protect threads without making a mess or compromising your torque process.
Item Number: QA19072-105
$4.95
Usually Ships In 3-5 Business Days
Frequently Asked Questions About Racing Anti-Seize Compounds
What is the purpose of an anti-seize compound?
Anti-seize compounds help prevent corrosion, seizing, and wear on bolts, fasteners, flanges, and clamps, especially after repeated heat cycles. They also make disassembly easier later.
When should I use an anti-seize compound on a race car?
Use anti-seize compounds on threaded fasteners and hardware that experiences heat, moisture, or repeated teardown, such as exhaust bolts, collector hardware, and certain chassis fasteners. It’s especially helpful anywhere you’ve fought seized threads in the past.
Is grease the same as an anti-seize lubricant?
No. Grease is designed to lubricate moving parts, while anti-seize is designed for high-load threaded connections and clamping surfaces to prevent galling and seizing. They serve different jobs on a race car.
What is anti-seize copper?
Anti-seize copper contains fine copper particles and is commonly used on high-heat fasteners. It helps resist corrosion and seizing and holds up at very high temperatures.
What is the difference between copper, nickel, and silver anti-seize compounds?
Copper anti-seize is commonly used for high-heat applications and general race car hardware. Nickel anti-seize is typically chosen for even higher temperature resistance and tougher environments. Silver or aluminum-based anti-seize is often a general-purpose option for a wide range of fasteners and shop use.
Where should anti-seize not be used?
Avoid using it on fasteners that rely on a dry torque specification unless the manufacturer specifically allows it, and keep it off brake rotors, pads, and any friction surfaces. It can also be a poor fit for fasteners that require threadlocker, unless the procedure calls for anti-seize instead.
Can anti-seize affect torque specs on bolts and fasteners?
Yes. Anti-seize reduces friction, which can change the clamp load at the same torque value. If a torque spec assumes dry threads, adjust your process by following the fastener or component manufacturer’s guidance when using anti-seize compounds for racing.
Is anti-seize safe for exhaust bolts, headers, and high-heat racing parts?
Yes, it’s commonly used on exhaust hardware and other high-heat areas. Match the product to temperature and material, and keep application controlled so it stays on the threads and off nearby surfaces.
How much anti-seize lubricating compound should I apply?
Use a thin, even film on the threads and the mating surface where it contacts, then wipe off excess. More is not better here; too much spreads, attracts dirt, and can make torque readings less consistent.
How do I choose the right anti-seize compound for racing?
For general race car use, start with a proven anti-seize lubricating compound from a trusted brand, then step up to higher-temp options when you’re dealing with extreme exhaust heat or frequent teardown. Choose based on temperature, materials, and where you’re using it.