High heat rubber gasket
There are so many items that are universal and applicable in different industries. One example of such accessories are rubber gaskets, and especially high heat rubber gaskets, which can be applied to materials and surfaces even when exposed to extremely high temperatures. This is the case with components of various industrial machines and equipment, so heat-resistant rubber gaskets are always a desirable addition. It is important to note that pretty much all rubber gaskets are resistant to high temperatures due to the favorable properties that rubber has, compared to other materials used to make gaskets (for example metal or plastic), but they are not so practical.
A high heat rubber gasket is an object used to seal various surfaces or joints. This is possible thanks to the very useful properties of rubber, of which perhaps the most important is that the rubber is an elastomer. This means that it can easily fit into different surfaces, because it is easily deformed. It is often used in plumbing, where the attachment is between the flange faces of piping and fittings, or in the automotive industry, where it serves to seal the automotive cylinder head and engine block. In order to produce the best high heat rubber gasket, various fillers, paints and other additives can be added that enable the achievement of the desired properties. Rubber itself provides resistance to the material, but the addition of certain substances can achieve a higher degree of corrosion resistance, greater strength and durability, and much more.
Depending on the final purpose that the rubber gasket will have, certain properties will be more desirable, so we suggest that you contact us and share what role the rubber gasket will play, as well as how you would like it to look. Our experts are here to make sure you find the best high heat rubber gasket for your job.
Product specifications
- Product form
- Elastomer gasket between mating sealing faces
- Application focus
- Plumbing connections, flanged joints and engine sealing joints. Size the part against the selected assembly.
- Dimensions to confirm
- Sealing outline, thickness, openings and fixing-hole positions. Match these to plumbing connections and flanged joints.
- Thermal duty
- Define continuous exposure, short peaks and cycle time; establish the usable limit for the selected compound and assembly.
- Joint assembly
- Specify the flange or groove geometry, bolt arrangement and assembled compression.
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