LIANXIN-Sealor ECE Series Model · in Conductive Elastomers

Using ordinary silicone elastomer as the substrate, mixed with conductive particles with good conductive properties…

Shielding effectiveness
100–120 500M
Specification 11 properties · 5 models
PROPERTIESUNITTEST METHODECE501ECE503ECE505ECE507ECE509
Base Material--SiliconeSiliconeSiliconeSiliconeFluorosilicone
Conductive Particles--Ag/AlNi/CAg/GAg/CuAg/Al
Appearance-VisualTaupeBlackTaupeTaupeBlue
Densityg/cm³ASTM D7922.21.92.03.52.2
Volume ResistivityΩ·cmMIL-DTL-83528C0.0080.10.0060.0040.012
HardnessShore AASTM D22406565656060
Tensile StrengthpsiASTM D412180200200200120
Elongation%ASTM D412150150150150120
Tear StrengthPPIASTM D6243030303030
Shielding Effectiveness (dB)500MMIL-DTL-83528C110100100120105
Shielding Effectiveness (dB) 18G100120100
Working Temperature°CASTM D1329-55~+170-55~+170-55~+170-55~+170-55~+170

About the model

Using ordinary silicone elastomer as the substrate, mixed with conductive particles with good conductive properties, ECE is a compound made through a series of complex mixing, vulcanizing and other process. It is the perfect combination of flexibility of the silicone elastomer and high conductivity of conductive particles. Products are not only suitable for conductive grounding and EMI shielding, but also ideal to achieve environmental sealing. Typical conductive particles include silver-coated aluminum, silver-coated glass, silver-coated nickel, silver coated copper, nickel-coated aluminum and nickel-coated graphite, etc. The elastomer base material is mainly silicon or fluorosilicone.

Product Description Typical Property Data