Processing modifiers HR series products are high molecular weight polymers developed by our company using advanced polymerisation technology and drying process. these modifiers improve the physical, chemical or mechanical properties of PVC to make it more suitable for specific processing technologies and applications. there are a wide range of PVC processing modifiers including but not limited to impact modifiers, flame retardants, processing aids, etc. These modifiers can be used alone or in combination with other additives to achieve the desired processing properties. These modifiers can be used alone or in combination with other additives to achieve the desired modification effect.
Feel free to peruse our inventory of acrylic processing aid for PVC and let it benefit your business!
Index/Product Name | HR-401 |
Appearance | White fluid powder |
Granularity(throughput efficiency of 40 mesh)(%) |
|
Volatile component(%) |
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Bulk Density(g/cm3) | 0.30-0.50 |
Viscosity （ η ） | 5.0-6.0 |
1. Improved mechanical properties:
By adding impact modifiers, the toughness and impact strength of PVC products can be significantly improved, making them more suitable for applications requiring high strength and impact resistance.
2. Enhancement of flame retardancy:
By adding flame retardants, PVC materials can be made to have better flame retardancy, which is suitable for areas with special requirements for flame retardancy, such as wires and cables and construction materials.
3. Increase compatibility and plasticising effect:
the addition of compatibilizers and plasticisers can improve the compatibility of PVC with other materials, enhance its flexibility and make PVC products easier to mould and process, while maintaining good physical properties.
ACR 401 is an acrylic-based processing aid designed to improve the melt processing of PVC. ACR 401 PVC processing aid is typically used in rigid PVC formulations to enhance the fusion, flow, and surface finish of the final product. Thus, ACR 401 is known for its high efficiency and effectiveness in various PVC applications.
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