Polymer Additives Polymer Colorants Polymer Jacket Extrusion

Polymer Colorants Mevopur™ Colorants and Additives - Healthcare Polymer Solutions Mevopur™ Healthcare Bio-based Polymer Solutions

Dynaflex and Kraton thermoplastic elastomers are based on two Kraton rubber polymer families manufactured by Kraton Polymers U.S. One family is called ‘G’ polymers. The other family of TPEs is referred to as the ‘D’ series of polymers.

Learn how OnColor Brilliant Metallic Colorants produce a striking look for polymer parts Learn how OnColor Brilliant Metallic Colorants produce a striking look for polymer parts Polymer Colorants

Dynaflex and Kraton thermoplastic elastomers are based on two Kraton rubber polymer families manufactured by Kraton Polymers U.S. One family is called ‘G’ polymers. The other family of TPEs is referred to as the ‘D’ series of polymers.

Vectran® Liquid Crystal Polymer (LCP) Composition Vectran® is an aromatic polyester spun from a liquid crystal polymer in a melt extrusion process. Polymer jacket extrusion protects & extends the life of cables & strength members

Polymer Additives Polymer Colorants Polymer Jacket Extrusion

Back Home // Products // Polymer Additives // Colorants and Additives for Wire & Cable // Colorant Chromatics™ FEP Colorants Reap the benefits of excellent pigment dispersion in your final polymer mix with Colorant Chromatics™ masterbatch formulations for FEP polymers. Engineering polymers that feature high-temperature performance and tensile strength

Mevopur™ Healthcare Bio-based Polymer Solutions Colorant and functional additive solutions formulated with bio-based polymers to reduce the carbon footprint of medical plastics. The gold standard for enhancing polymer performance in medical applications.

Our long fiber products are produced using a pultrusion process in which continuous tows of fiber are pulled through an impregnation die (to introduce polymer and additive solutions) and then chopped to length (typically 12mm) in a pelletizer.   In contrast, short fiber reinforced solutions are produced by introducing pre-chopped fibers (typically 1mm or less) into an extruder where the fibers are mixed with polymer and other additives.  After a pyrolysis study, in which we burn away the polymer to study the remaining fiber, you can see how the structural skeleton of the long fiber part holds its shape and the short fiber part collapses on itself.