Laird Technologies

Elastomer Core Mesh

Elastomer core mesh is an optimum solution for combining excellent shielding performance with a high degree of elasticity. Both qualities are guaranteed by the construction of the gasket which consists of an elastomer core with two layers knitted wire mesh. Typically, elastomer core mesh is used for doors and enclosures with low closing force as well as for sheet metal and molded enclosures. Attaching the gaskets is simply done by pressing or gluing the gasket into the groove.

All dimensions shown in inches (millimeters) unless otherwise specified
Product Highlights • High recovery - 95% at 50% deflection.
• Variety of core materials and wire alloys
• Groove or pressure sensitive adhesive mounting
SHIELDING EFFECTIVENESS
Transfer Impedance (500 MHz)
80 - 90 dB
H-field (200 KHz) Mil 285 50 - 60 dB
Plane Wave (2 GHz) Mil 285 75 - 95 dB
Surface Resistivity 0.065 - 0.172 ohm/cm2
Volume Resistivity N/A
Available Size Range Rectangular: 0.125 x 0.125
(3,18 x 3,18) - 1.0 x 1.0 (25,4 x 25,4) Round: 0.098 - 1.00
(2,49 - 25,4) dia
Deflection Operating Range 20 - 50% Deflection.
Compression Force
(based on shape selection)
25 - 70 Lbs./ft. @30% Deflection.
Compression Set 20% @ 50% Compression
Joint Unevenness Accommodation 0.30 - 0.100 (0,76 - 2,54)
Compound/Material Availability Elastomer: Neoprene and silicone sponge-silicone solid tubing.
Wire: CuBe, aluminum, monel, tin plated steel
Temperature Range -103 - 500°F (-75 - 260°C)
Available Profiles Round, rectangular, single fin, double round with fin
Mounting Methods Groove, pressure sensitive adhesive, channel mount
Custom Shapes Available Yes
Fluid Seal N/A
Air/Dust No
Galvanic Compatibility Variety of platings and wire to ensure galvanic compatibility with mating surface
Typical Applications
for Shielding Gaskets
• Large cabinet doors - minimal force, good recovery
• Hinged access openings with minimal latching force

 

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Laird Technologies