Pom (Polyoxyl Methyline) Or Delrin

We are engaged in distributing and supplying excellent quality POM (Polyoxyl methyline) or Delrin to our valuable clients.

Below are some of the reasons of why you should be using Ultraform.
a c Ultraform is stiffer and stronger than other engineering plastics.
a c Ultraform does not undergo any transitions between the low glass-transition temperature of approximately 65 A C and the melting temperature of approximately 170 A C.
a c It has high creep strength and a low tendency to creep.
a c Parts made from Ultraform stay impact-resistant over a wide range of temperatures, due to its very low glass transition temperature (about - 65 A C). As a result, the parts made with it wona t crack in winter.
a c UltraformAR exhibits outstanding impact resistance
a c The standard Ultraform grades have a narrow melting range of approx. 164 A C to 168 A C.
a c Ultraform displays good to very good long-term chemical resistance against the following media: water, aqueous solutions of salts and most of the commonly employed organic solvents, fuels as well as against fats and oils, braking fluids and coolants, even at elevated temperatures.
a c Ultraform has good electrical insulation properties and high dielectric strength.
a c Ultraform can be processed by all methods suitable for thermoplastics.
a c Ultraform has self-coloring properties, i.e. it can be colored during processing.