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The source for Forbo Colorex Forbo Colorex, Forbo Static Control Tiles Forbo Colorex static control tiles, a premier, time tested solution for static control environments and specified for some of the finest facilities in the world! United ESD is pleased to present the webs best pricing and selection on Forbo Colorex. Currently in stock and available in both static dissipative and conductive resistance ranges, these vinyl tiles provide exceptional electrical properties and years of (wax free), low maintenance service. Colorex is an excellent choice for controlling ESD in clean rooms, electronic or semi-conductor manufacturing, computer rooms, repair facilities or anywhere sensitive electronics are utilized. |
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Forbo's resilient tightly compacted composition features permanent conductivity. Unlike many ESD Vinyl's Forbo Colorex doesn't flake break or degrade even in the harshest of environments. It's clean room compliant, DOP Free and offers excellent stain resistance properties. |
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With Forbo Colorex Reliable ESD Performance and Longevity meets Outstanding Value |
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Unlike some other materials Colorex doesn't depend on ambient environmental moisture to perform. Hence, Colorex has some of the most consistent electrical properties in the industry. Whether your ESD Floor is new or 10 years old THIS is a material you can depend on. And with Colorex you receive one of the strongest warranties in the industry backed by the outstanding reputation of Forbo Industries |
Unsurpassed Electrical Consistency
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Unique micro finishing provides superior cleanliness |
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The surface of "traditional" pressed vinyl tiles have the conductive fibers recessed below the surface of the tile, creating micro-voids that trap and accumulate dust and other insulative contaminants. NOT SO with Colorex! During the production process, Colorex passes through a specially designed surfacing machine that grinds and polishes each tile to assure a smooth, continuous micro-finished surface, reducing contaminant and dust "traps" and ensuring the closest available contact of footwear with the conductive fibers. | ||||
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