Cork rubber gasket
The cork rubber gasket, as the name implies, is made from natural rubber with an interference sheet of rubber on each side. They are impervious to temperature changes and have a service temperature range of -65 degrees Celsius to 230 degrees Celsius, depending on the material. Cork rubber gasket holds two surfaces from being exposed to unwanted outside substances and effects. They also stop leaks from occurring, which is their main use case scenario. Rubber gaskets, also known as cork rubber gaskets, are made from both natural and synthetic rubber. Natural cork comes from the bark of the cork oak tree and is an environmentally friendly option when sourced properly. Synthetic rubber can make a great option for product development since it often mimics natural rubber but with better performance, easier manufacturing process, and a lot more.
Rubber gaskets are used every day in a variety of different products and can be found everywhere, from industrial plants all the way to households all over the world. Rubber from which the cork rubber gasket is made from is a resilient material that provides a brilliant seal. In the automotive industry, it is often found in air conditioning units and canisters, door seals, and overflow pans. You can find rubber gaskets online from manufacturers such as us for a very affordable price. Even so, the gaskets should last you a really long time.
Rubber gaskets provide with a method to create a watertight seal, as we have previously mentioned because rubber is effective as an insulator and as a barrier against certain chemicals. Most manufacturers use rubber gaskets with metal jar lids to form a watertight seal which makes them perfect for storage purposes, amongst many other things. Finally, a cork rubber gasket can be customized in a number of ways – from shape and type, all the way to size and materials used for manufactuing.
Product specifications
- Product form
- Elastomer gasket between mating sealing faces
- Material
- Cork-rubber composite. Specify the compound grade for the selected service.
- Dimensions to confirm
- Sealing outline, thickness, openings and fixing-hole positions.
- Contact conditions
- Air: define concentration, temperature and contact time, then check compatibility with the chosen compound.
- Exposure to evaluate
- Heat and cold cycling. Validate the selected material under the combined conditions.
- Joint assembly
- Specify the flange or groove geometry, bolt arrangement and assembled compression.
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