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Conductor-filled seal
toroidalflatwith circular cross section

conductor-filled seal
conductor-filled seal
conductor-filled seal
conductor-filled seal
conductor-filled seal
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Characteristics

Type
toroidal, flat
Configuration
with circular cross section, round, U-shaped, profiled, V, grooved, rectangular, C, tubular, D-shaped
Material
elastomeric, EPDM, silicone
Application
fitting, housing, industrial, for aircraft, for connectors, electronic equipment, flange, industry, door, for high-temperature applications, for electronic applcations, for actuators, EMI shielding, for medical equipment, for railway vehicles, for aerospace applications, for medical applications, military, for specific applications, for electronic components
Other characteristics
chemical-resistant, static, high-temperature, custom, molded, extruded, conductor-filled, waterproof, self-adhesive, flat, one-part
Temperature limit

Max.: 200 °C
(392 °F)

Min.: -55 °C
(-67 °F)

Description

CONDUCTIVE ELASTOMER EMI This material is made with silicone filled with conductive particles (Carbon, Nickel Graphite, Silver Aluminum, Silver Copper, Silver pure). It provides excellent shielding against electromagnetic interference EMI RFI, and also seals the equipment. The nature of these fillers also allows them to act as a very good thermal conductor. A fluorinated version is also available in order to withstand contacts with hydrocarbons, oils and solvents. These elastomers are available in cut, extruded profiles, and moulded shaped plates. BI-MATERIAL ELASTOMER The bi-material seal consists of an elastomer side filled with conductive particles and a silicone or fluorosilicone side. Its purpose is to isolate the conductive part of the corrosive environment (humidity, salt fog). It can also be manufactured in different grades of hardness as required. It can be co-extruded or moulded. In contrast to an extruded gasket, a shaped seal can be installed very quickly. In order to expand the field of use of these gaskets, STACEM has developed a moulding combination, of a filled silicone to an EPDM (resistance to Skydrol) or a fluorocarbon (resistant to NRBC). The manufacturing method that has been developed offers a high chemical bond between the two materials. Several grades of elastomers are possible, enabling the use in many applications (aircraft, military, nuclear, medical, food, chemical, ...).

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.