340g RTV Silicone Gasket Maker, Red Silicone Sealant Shockproof and Leakproof, High Temperature Resistant, RTV Sealant Can be Used in Engines, Transmissions, Superchargers and All Types of Gaskets

RTV Silicone Sealant: RTV gasket maker is a sealing product specialized for automotive engines. engine high temperature silicone sealant can form a uniform, stable and continuous thin layer on the joint surface of parts to ensure the sealing performance between parts and prevent oil and gas leakage.. Wide Range of Applications: High temp gasket maker is not only suitable for sealing and damping of various automotive parts such as automobile, motorcycle and marine engines, cylinders, gearboxes, front and rear axles, pumps, compressors, oil pans and thermostats, but can also be used for static sealing of equipment in hardware, mechanical engineering, electronics and chemical industries.. Superior Performance: Automotive silicone sealant sealing performance is high, high temperature resistance, water resistance, anti-freeze, anti-steam, anti-oil, anti-gear oil and antifreeze, non-corrosive. applicable temperature range of -60 ~ 300 ℃, can effectively prevent water, oil and gas leakage, with good sealing and shock leakage performance. can be used for all kinds of gasket sealed. Efficient Performance: RTV silicone sealant high temp can work under high temperature, high pressure, vibration and other environments. It cures quickly in a short time to form an effective seal, and also forms a flexible rubber band after curing. can replace cork, felt, rubber and paper gaskets to fill air holes and scratches. Steps for Use: 1. Clean the surface with suitable cleaning solution to remove oil, dust and other impurities; 2. Apply automotive high heat silicone evenly to the area to be sealed; 3. After applying the sealant, assemble it; 4. Some pressure is required during curing to ensure that the gasket sealant can completely fill the joints; 5. Curing time is 10~30min (room temperature: 25 ℃); 6. Curing time will vary depending on the environment during curing.