Foam Strips

These gasket strips are made from Neoprene foam. Made of pure Neoprene, and has a good balance of strength, oil, chemical, and UV resistance making Neoprene the most commonly used foam material. It lasts longer in outdoor applications and with use with oil and chemicals. Characteristics include resists degradation from sun, ozone, and weather, displays outstanding physical toughness, can be used in applications with a wide temperature range, and performs well when in contact with oils and many chemicals. Neoprene can also resist swelling when in contact with oil. Common applications ...

EPDM is the most weather resistant foam, with a wide range of chemical compatibility, steam resistance, and good temperature range. Also known as crushed-cell foam, semi-closed foam is highly conformable like an open-cell foam but forms a tight seal and prevents air, water, and fluids from passing through it like a closed-cell foam.

These gasket sheets are made from Silicone foam. Silicone displays excellent resistance to high and low temperatures, and long-lasting material that returns to its shape after compression longer than other foam materials. The textured skin provides more grip. Common characteristics include wide operating temperature, compression set resistance, resistance to UV and ozone, extreme resilience to mechanical fatigue, and good chemical and water resistance. Applications include gaskets, heat shields, fire stops, cushions, and insulation for a wide variety of applications.

Made by USA Sealing. Microcellular Polyurethane has excellent resistance to impact (absorbs shock) and resilient (recovers from compression time and time again), making it an excellent material for long lasting and long-term applications, such as shoes, helmets, devices, and hard to maintain equipment and machinery. Also used for high performance gasketing and sealing.

Made by USA Sealing. This Silicone foam is fire retardant to prevent the spread of flames and meets the requirements of UL 94. Excellent resistance to high and low temperatures, UV light, Ozone, and many chemicals. The high temperature adhesive performs at a much higher temperature range so that the adhesive meets or exceeds the material temperature range.