Silicone Gasket For Led Street Light & Enclosure Box

Silicone Gasket for LED Light Housing is designed to prevent leakage between various substrate sections in a large array of applications

SIZE: As per customer size and color.

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Application :

  • Enclosure door gaskets designed for indoor and outdoor electronic sealing Applications.
  • Enclosure gaskets are positioned inside metal or plastic enclosure boxes, Cabinets, doors, led street light and covers providing a sealing barrier Between the housing and the cover of the electrical enclosure

Key Features :

  • Seal and design offers die cut gaskets, Foam/Sponge Stripping and extruded Rubber and sponge profiles.
  • Enclosure gaskets and seals are typically produced from weatherproof and UL 94 rated closed cell sponge rubber and silicone sponge gasket material
  • Silicone gaskets are highly durable and resistant to UV light, ozone, And extreme weather conditions, making them ideal for outdoor gasketing.
  • Compression set reliance means that silicone gaskets function well under Pressure by returning to their original thickness even after being Compressed for long periods.
  • FLAME RETARDANT
  • Silicon gaskets have a water-repelling material that repels liquids, Resists moisture, and maintains a watertight seal. This sealing ability Is essential for industries dealing with moisture or water and great for Outdoor use in wet weather conditions
  • Solid silicone gaskets are not always soft but rather tightly packed and More rigid than sponge silicone. If you need a seal rating of IP67 or Higher, you all want to choose solid silicones.
  • High and low temperature resistance capability.

Technical Data :

Physical Properties Test Method Units Typical Values
Specific Gravity DIN EN ISO 1183-1 A g/cm3 1.1
Hardness, Shore A ASTM D2240 SHORE A 50±5
Tensile strength psi(Mpa) D412 MPA 9
Elongation (%) D412 % 450
Tear Resistance, Die B lbf./in. (KN/m) D624 KN/M 18
Tensile Modulus @100%psi(Mpa) - - -
Temperature Rating - °C -40 TO 220
Compression set 22h@175°C ASTM D395 method B % 16