Soudal Gasket Seal engine sealant up to 285 °C, red, 310 ml

Permanently flexible sealant resistant to high temperatures fully replaces all types and sizes of gaskets made of cork, fiber, paper, or rubber. It can also be combined with the mentioned types of gaskets. Excels in resistance to petroleum products, such as engine fuels, oils, and other lubricants, water, or engine coolants. Long-term withstands temperatures from -60 °C to +285 °C.

Properties of Soudal Gasket Seal engine sealant:

• Temperature resistance ranging from -60 °C to +285 °C,
• easy and quick application,
• resistant to very high temperatures,
• remains permanently elastic after curing,
• waterproof,
• characteristic vinegar smell,
• resists petroleum substances, oils, lubricants, water, and coolants.

Examples of use for Soudal Gasket sealant for engines:

• Sealing most parts of engines (except for exhaust manifolds and cylinder head gaskets),
• sealing connections of pumps, compressors, and heating devices,
• also suitable for sealing frequently disassembled joints.

Substrates:

Compatible surfaces: metals and all other common substrates. Condition of substrate: clean, dry, degreased, and dust-free. Preparation: no special preparation required.

Working procedure:

Application: using an applicator gun (manual or pneumatic). Clean the surfaces to be joined and apply an even layer of GASKET SEAL on one of the surfaces. Join the parts within 10 minutes and gently tighten evenly. Final tightening should be done after 1 hour. After full curing (10-12 hours), the joint is fully functional; any excess sealant can be trimmed off. Working temperature: +5 °C to +35 °C. Cleaning: uncured sealant with paint thinner (White Spirit), cured mechanically or with SOUDAL Silicone Remover. Repairs: GASKET SEAL.

TIP:

If disassembly of the joint is needed repeatedly, apply a thin oil film on one of the surfaces to prevent the gasket from sticking to the surface.

Chemical resistance:

Exhibits good resistance to water, aliphatic solvents, mineral and synthetic oils, lubricating greases, and diluted inorganic acids and bases. It has poor resistance to aromatic solvents, concentrated acids, and chlorinated hydrocarbons.