What is your antioxidant masterbatch?

Due to the resistance of polymers against high temperatures and also the process of oxidation when exposed to oxygen, Armen Polymer’s Anti Oxidant Masterbatch is added by combining two generations of Model 1 stabilizers (initial) in order to preserve the polymer during the process (masterbatch production and production final product) as well as model 2 (secondary) of stabilizers are formulated to preserve the product after production. And since the combination of several thermal stabilizing agents simultaneously has a synergistic and intensifying effect. Several antioxidant agents have been used in this product, and one of the salient features of this product is the recovery of 30 to 40% of the lost properties of the polymer due to the repetition of processes and recycled products. It is highly recommended that the masterbatch of the antioxidant additive (Anti Oxidant) used in polymers be mixed uniformly and highly dispersed with the grinding materials and raw polyethylene before entering the extruder in order to have a significant and positive effect on the OIT of the entire product. be observed uniformly. The use of antioxidant masterbatch will increase the speed and flow rate of products up to 3 times with the consumption of 0.2 to 0.5 percent by weight due to the regeneration of the degraded part of the mixtures with PE and PP polymer base. Generally, the masterbatch is a primary antioxidant additive based on phenol and secondary antioxidants based on phosphites and thioesters, which preserves the product during the high temperature process and during operation. Degradation of polymers usually causes gel formation and changes in the melt flow index (MFI) and a decrease in scratch and scratch resistance, a decrease in surface gloss and discoloration, etc.
Text

During the destruction of the polymer chain, free radicals are generated and uncontrolled reactions follow. A high variety of Armen Polymer Anti-Oxidant masterbatch for different uses in products that are in direct contact with hot water, sunlight and temperatures. They are used in severe environments and also to prevent the product color from turning yellow or pink and the migration of coloring agents from the surface of the polymer.