Products

P & P Technology Silicone Sponge is a fluorosilicone elastomer with a silver / aluminum conductive filler.

P & P Technology Nickel Loaded Fluoro Silicone ECF-N are constructed from silicone containing metal powder fillers which combine to produce high levels of attenuation with excellent environmental shielding and a high level of conductivity. Many types of filler, from nickel graphite to pure silver, are available to suit a wide range of applications. There are also Fluorosilicone variants for use in the presence of hydrocarbon contamination. The Conductive Silicone Range was originally developed for high performance shielding mainly for military applications. However, the introduction of lower cost llers has now made them accessible to the commercial sector. They are used where environmental and EMI screening is required but space constraints or stringent environmental protection necessitates a small cross section prole, often tted into a groove or channel.

P & P Technology Silver Aluminum Loaded Silicone EC-J a fluorosilicone elastomer with a silver / copperconductive filler.

P & P Technology Silver Aluminum Loaded Fluorosilicone ECF-J is a silicone elastomer with a silver / aluminum conductive filler.

P & P Technology Silver Copper Loaded Silicone EC-H is a silicone elastomer with Silver conductivefiller. It is tan in color.

P & P Technology Neoprene Sponge are constructed from silicone containing metal powder fillers which combine to produce high levels of attenuation with excellent environmental shielding and a high level of conductivity. Many types of filler, from nickel graphite to pure silver, are available to suit a wide range of applications. There are also Fluorosilicone variants for use in the presence of hydrocarbon contamination. The Conductive Silicone Range was originally developed for high performance shielding mainly for military applications. However, the introduction of lower cost llers has now made them accessible to the commercial sector. They are used where environmental and EMI screening is required but space constraints or stringent environmental protection necessitates a small cross section prole, often tted into a groove or channel.