ECH Sponge Gaskets for High Temperature, Automotive, and Outdoor Applications
SRP has been providing custom converted ECH Sponge products to various industries for many years. ECH Sponge gaskets can be manufactured and supplied in a variety of different shapes, sizes, and thicknesses. SRP can custom laminate tapes to ECH Sponge materials to create an adhesive backed component for a part that requires adhesion to various surfaces.
ECH Sponge gaskets bring resiliency and durability to applications that require resistance to potentially harmful liquids such as:
- and solvents
What makes ECH Sponge gaskets durable is their ability to handle high temperature applications. ECH can handle continuous temperatures of over 300+°F, which make it ideal for thermal applications where high heat can be damaging to the product, or harmful to the user.
ECH Sponge gaskets are great for use in the outdoor environment. On top of having good resistance to oils, solvents, and fuels, they also have good resistance to things like:
- and oxidation
Due to the materials high performance nature, ECH comes at a higher price compared to other closed cell sponge materials. If you think the specifications of the material may be overkill for your particular application, please do not hesitate to reach out to one of our sales engineers for assistance in material selection.
We provide application solutions for gasketing, cushioning, sealing, protecting, shielding and more! We can supply samples of materials and run quick prototyping if any material or part testing is required. Design assistance is also available to ensure the proper materials are being used per the application.
SRP: Building Relationships through Converting Solutions Since 1951
We provide value to our customers by delivering exceptional customer service, engineering solutions, and quality products to meet their every need. All ECH Sponge gaskets products can be supplied with Pressure Sensitive Adhesives. For more information regarding this material, visit our ECH Sponge materials page.