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The material selection platform
Coatings Ingredients
The material selection platform
Coatings Ingredients
by SpecialChem
 
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9 products match your search
Product Name
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Description
Micronized synthetic paraffin wax, long chain with relatively short side chains. Exhibits low surface tension, exceptional surface slip and smoothness, rub resistance, gloss as well as scuff... view more
Ultrafine™ 1W A by Lawter is a micronized ultrafine polytetrafluoroethylene (PTFE) powder. Offers COF reduction, enhanced slip and lubricity. Exhibits excellent heat-, mar and scuff resistance... view more
Micronized polytetrafluoroethylene wax. Is designed for lubricity, abrasion as well as heat resistance and may be used in combination with other waxes for the most effective balance of cost and... view more
Ultrafine™ 1WLS A by Lawter is a micronized ultrafine polytetrafluoroethylene (PTFE) powder. Possesses slightly broader particle size distribution. Offers COF reduction, enhanced slip, lubricity... view more
Ultrapoly™ 210 A by Lawter is a high performance blend of tough, low COF polyethylene dispersed in a hard-drying binder. It is recommended where abrasion, mar resistance and slip may be required. Is... view more
Ultrapoly™ 211 A by Lawter is a sheetfed polyethylene/PTFE compound. It is a high performance blend of tough, low COF polyethylene/PTFE dispersed in a hard-drying binder. Recommended where a high... view more
Ultrapoly™ 213 A by Lawter is a fine particle size blend of polyethylene/PTFE dispersed in a 100% nonvolatile hard-drying binder. Exhibits gloss retention, lubricity, mar and abrasion resistance... view more
Ultrapoly™ 215 A by Lawter is a high performance blend of tough, low COF polyethylene/PTFE. Recommended where a high degree of lubricity, abrasion-, mar and heat resistance as well as pumpability may... view more
High performance blend of tough, low COF polyethylene dispersed in a hard-drying binder. Recommended where abrasion, mar resistance, slip and pumpability may be required. Is a 100% non-volatile and... view more
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