Conductive Polymers

OEM Electronics

USB-225x150Lubrizol Conductive Polymers supplies extrusion and injection moldable static dissipative TPUs ranging from 82 to 91 Shore A hardness (appropriate for the Stat-Rite® polymer alloy E series products only).  Good toughness for applications where the build up of static electric charges can interfere with machinery and equipment in the electronics assembly and manufacturing industry.  

Whether for Electrostatic Dissapative (ESD) pneumatic tubing, conveyance hose or clean room soft wall curtains these Inherently Static Dissipative and conductive TPU formulations provide permanent solutions for ESD problems in the Electronics assembly and manufacturing markets. 

 

Lubrizol Conductive Polymers literally engineered static control technology more than a decade ago, with the invention of Stat-Rite® Polymers.  The world's first permanntly static dissipative polymer.outlet

Lubrizol Conductive Polymers is focused on a single mission: to produce the widest variety of permanent ESD material choices for electronic applications.  Whether your process involves thermoforming, injection molding or extruding and your applications range from disk drives, semiconductor manufacturing, packaging or cleanrooms, no other manufacturer is better positioned to offer you the right polymers. 

We offer one of the most comprehensive selections available from any single supplier.  At Lubrizol, we believe that permanent static control polymers are the way to eliminate damage caused by static electricity.  Our polymers help ensure that your products or packaging will dissipate charge before any damage occurs in your sensitive electronics devices. 

As one of the world leaders in ESD protection, more than anything, we provide the peace of mind - not only with products that consistently meet the highest quality standards, but also with one of the industry's largest networks of technical support specialists.  When reliability, value and safety matter most, there is no better solution that one offered from Lubrizol Conductive Polymers.