|
SENSITIVE MEDICAL DEVICE MANUFACTURING ENVIRONMENTS DEMAND PERMASTAT COMPOUNDS
02 March 2000 - RTP Company
| RTP Company's complete line of PermaStat Compounds offer permanent static dissipation properties that won't migrate or bloom to the surface of the part. Because they are non-sloughing, these compounds are ideal for applications requiring either dust-free or static-free environments such as cleanrooms for medical product manufacturing. |
RTP Company's complete line of PermaStat Compounds offer permanent static dissipation properties that won't migrate or bloom to the surface of the part. Because they are non-sloughing, these compounds are ideal for applications requiring either dust-free or static-free environments such as cleanrooms for medical product manufacturing. PermaStat Compounds feature a consistent surface resistivity of 1010 to 1011 ohms/square and are available in a wide range of resin systems, including polypropylene, nylon, polycarbonate, ABS, acrylic, and elastomers. Each is formulated to meet MIL-PRF-81705D static decay requirements. The all-polymeric compounds are fully colorable and maintain the mechanical properties of the base resin to give designers greater flexibility in part design options. In contrast to fragile surfactant coatings, PermaStat Compounds eliminate expensive and time-consuming secondary steps. They function in all humidity levels and solve problems in applications where material movement, high humidity, or time removes other anti-static agents.
http://www.rtpcompany.com
About: RTP Company
RTP Company, based in Winona, Minnesota, USA, is an international company that specialises in compounding. The company has six manufacturing plants on three continents, plus worldwide sales representation. RTP engineers develop customized thermoplastic compounds in over 60 different engineering resin systems for applications requiring colour, conductive, flame retardant, high temperature, structural, or wear resistant properties. |
More News:
For March 2000
From RTP Company
For Compounding
|