introduction:
High-temperature masterbatch processing is a key technology used to meet the color stability requirements of plastic products in high-temperature applications. This article will intr oduce the importance of high-temperature masterbatch processing, and share some key elements of formulation design to help masterbatch manufacturers produce high-temperature masterbatches with excellent color stability.

Understanding the requirements of high temperature applications:

In high-temperature applications, plastic products need to withstand higher temperature and environmental pressure, so the requirements for color stability are more stringent.
The color masterbatch should be able to maintain the vividness and stability of the color under high temperature conditions, and avoid problems such as fading, fading or color variation.
Select high temperature stable pigments:

In the formulation design of high-temperature masterbatches, it is very important to select pigments with high-temperature stability. Pigments should be able to resist oxidation, decomposition and fading at high temperature to ensure color persistence and stability. Select a high temperature stable carrier resin.