Filled elastomers
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Conductive elastomers This information is for reference only, we can in no event be held responsible

Conductive elastomers This material is made from silicone filled with conductive particles. It provides excellent shielding against electromagnetic interference, 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. - GPS - Waveguide - RF/HF electronic systems - Aeronautics, military, medical - 3G/LTE Telecommunications - EMC and watertight - Excellent shielding effectiveness - Large temperature range Filled elastomers...

Conductive elastomers Filled elastomers Fluoro silicone Fluoro silicone Conductive filler Available format : Load type according to MIL Volume resistivity (Ωcm) Operating temperature (°C) Thermal conductivity (W/mK) Shielding effectiveness at 100MHz (dB) Shielding effectiveness at 500MHz (dB) The values were measured according to MIL-DTL-83528C standard in our own or external laboratory. These measures allow the comparison of performance between different materials measured in the same conditions. Only a test of the seal assembled in its final environment and conditions of use for which it...

Conductive elastomers Filled elastomers Standards Fluoro silicone Conductive filler Available format : Load type according to MIL Volume resistivity (Ωcm) Operating temperature (°C) Thermal conductivity (W/mK) Shielding effectiveness at 100MHz (dB) Shielding effectiveness at 500MHz (dB) The values were measured according to MIL-DTL-83528C standard in our own or external laboratory. These measures allow the comparison of performance between different materials measured in the same conditions. Only a test of the seal assembled in its final environment and conditions of use for which it is...

Conductive elastomers Filled elastomers Fluoro silicone Fluoro silicone light grey Conductive filler Available format : Load type according to MIL Volume resistivity (Ωcm) Operating temperature (°C) Thermal conductivity (W/mK) Shielding effectiveness at 100MHz (dB) Shielding effectiveness at 500MHz (dB) The values were measured according to MIL-DTL-83528C standard in our own or external laboratory. These measures allow the comparison of performance between different materials measured in the same conditions. Only a test of the seal assembled in its final environment and conditions of use...

Conductive elastomers TECHNICAL INFORMATIONS Chemical resistance Chemical resistance to basic elastomers is classified in four categories: 3: Excellent 2: Good 1: Acceptable 0: Poor Fluorinated silicone (FS), Silicone (SI), EPDM Acetaldehyde Aluminium acetate Amyl acetate Butyl acetate Lead acetate Sodium acetate Vinyl acetate Ethyl acetate Isopropyl acetate Acetone Picric acid, melted Picric acid , in an aqueous solution Phosphoric acid, pure Stearic acid Sulphuric acid, concentration <10% Sulphuric acid, concentration 10 to 75% Sulphuric acid, concentrate 75 to 95% cold Sulphuric acid,...

Conductive elastomers Fluids Ethylic ether Methyl bromide Isopropyl ether Ethyl cellulose Butyl cellosolve Sodium carbonate Ethylene glycol Aluminium fluoride Calcium hydroxide Glycol chlorohydrin Chlorobenzene Aluminium chloride Ammonium chloride Barium chloride Benzyl chloride Calcium chloride Copper chloride Magnesium chloride Nickel chloride Potassium chloride Methyl chloride Sodium chloride Sulphur chloride Tin chloride Ethyl chloride Sulphur hexafluoride Ferric chloride Colouring agents produced from aniline Potassium cyanide Sodium cyanide Mercury chloride Hydrogen sulphide Sodium...

Conductive elastomers Fluids Ammonium nitrate Sodium nitrate Butyl oleate Diphenyl oxide Mesityl oxide Oxygen, cold Oxygen up to 250°C Oxygen above 250°C Ozone Sodium perchlorate Tetrachloroethylene Dinitrogen tetraoxide Sodium peroxide Zinc sulphate Ferric sulphate Barium sulphide Carbon sulphide Sodium sulphide Carbon tetrachloride Propylene oxide Sodium thiosulfate Phenylhydrazine Phorone Monobasic, dibasic and tribasic ammonium phosphate Monobasic, dibasic and tribasic sodium phosphate Fluid volume change Tributoxyethyl phosphate Tributyl phosphate Tricresyl phosphate Butyl phthalate...

Conductive elastomers FLAT GASKETS Gaskets are cut using a punch or a numerical control machine operating a cutting tool (oscillating or otherwise). We cut these gaskets from standard plate formats according to your drawings or in accordance with the standard drawings below. To ensure traceability, all these plates have a moulded tab displaying the following information: - Material - Thickness - Mixing batch number - Vulcanisation quarter Standard plates Thickness mm (inch) 0,8 (0,032) ±0,008" 11,8" x 11,8" plate Other dimensions and thicknesses on request Option: with conductive adhesive...

Conductive elastomers Connector gaskets with square bases Standards Part number Serie Serie Serie Serie I II III IV J001 These tests were carried out in laboratory conditions which are not representative of working conditions.

Conductive elastomers Sub-D Connector gaskets Part number Sealing washers Inside diameter mm (inch) Exterior diameter mm mm (inch) Part number example: xxxx 1.5 56TB01A W W : With conductive silicone transfer PSA Filled elastomers part number (p.12, 13, 14 and 15) Thickness (mm) Outside diameter x Inside diameter (in mm) or Stacem part number These tests were carried out in laboratory conditions which are not representative of working conditions.

Conductive elastomers O-RING Description An O-ring is an even seal in the shape of a torus with a circular cross-section. Its dimensions are defined by its inside diameter (d1) and its cross-section (d2). Operation O-rings are mainly housed in a rectangular recess. The DIN standard differentiates between two types of sealing system: static and dynamic. Elastomers are incompressible. Under pressure, they react in a similar way to fluids; they transmit the pressure of the forces that they are subject to in all directions. The shape of the O-ring which is initially circular, is distorted as it...