A wide range of polymer bases are employed to produce conductive plastics, including the polyolefines, nylons and ABS.Typical applications are illustrated using ECP 104 mineral filled conductive polypropylene which can be used to mould a variety of containers for static sensitive devices and PCB handling equipment. The mineral filler produces rigid mouldings with excellent dimensional stability. - Permanently conductive - Easily processed on conventional moulding equipment - Grades tailored to suit a variety of requirements.

A wide range of polymer bases are employed to produce conductive plastics, including the polyolefines, nylons and ABS.Typical applications are illustrated using ECP 104 mineral filled conductive polypropylene which can be used to mould a variety of containers for static sensitive devices and PCB handling equipment. The mineral filler produces rigid mouldings with excellent dimensional stability. - Permanently conductive - Easily processed on conventional moulding equipment - Grades tailored to suit a variety of requirements.

A wide range of polymer bases are employed to produce conductive plastics, including the polyolefines, nylons and ABS.Typical applications are illustrated using ECP 104 mineral filled conductive polypropylene which can be used to mould a variety of containers for static sensitive devices and PCB handling equipment. The mineral filler produces rigid mouldings with excellent dimensional stability. - Permanently conductive - Easily processed on conventional moulding equipment - Grades tailored to suit a variety of requirements.

The new ECP 2000 series of static dissipative polymers have been formulated specifically for clean room environments where low offgassing, low particulate, contamination and washability are required. The compounds can be coloured. The materials are permanently conductive and can be processed on conventional equipment. The products are humidity independent, aqueous washable and can be re-used. Applications that are ideally suited for the compounds and in use commercially at customer sites include: packaging for electronic components, medical device packaging, in-process carriers, fixturing devices, chip rails, vacuum tubing and business machine components. Because of their flexibility, the thermoplastic polyurethane (TPU) based alloys are also useful as softwall cleanroom materials, flexible packaging, hose and tubing, floor and table mats and other flexible cleanroom applications.