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PVC, as a widely used thermoplastic, is highly favored due to its low cost, ease of processing, and good chemical stability. However, PVC itself has problems such as high brittleness and poor impact resistance, which limits its application in certain high demand fields. In order to solve this problem, PVC impact modifiers have emerged.
The key role of improving the durability of PVC products
PVC impact modifiers play the following key roles in improving the durability of PVC products:
1. Enhance impact resistance performance
PVC materials are prone to brittle fracture in low temperature or high stress environments. By adding impact modifiers, the impact strength of PVC products can be significantly improved, enabling them to withstand greater external impacts without easily breaking.
2. Improve weather resistance
PVC products are easily affected by ultraviolet radiation, temperature, and humidity changes when used outdoors, leading to material aging. Some impact modifiers, such as ACR and MBS, can not only improve the impact resistance, but also enhance the weather resistance of materials, keeping them stable in harsh environments.
3. Improve processing performance
Impact modifiers can improve the mechanical properties of PVC materials while also optimizing their processing performance. For example, ACR type modifiers can reduce the viscosity of PVC melt, improve flowability, thereby reducing energy consumption and equipment wear during processing.
PVC impact modifiers have played an irreplaceable role in improving the durability of PVC products. By enhancing impact resistance, improving weather resistance, optimizing processing performance, and improving product appearance quality, impact modifiers have opened up broader application areas for PVC materials.
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