Enhance PVC Ductility and Processing with High-Viscosity Acrylic Processing Aid H-100
Achieve superior PVC melt plasticization and improved ductility with our advanced acrylic processing aid.
Get a Quote & SampleProduct Core Value
Acrylic Processing Aid H-100
This advanced acrylic processing aid is engineered to promote PVC plasticization, significantly improving the ductility of PVC melts. Its ultra-high molecular weight and patented ultra-high viscosity technology deliver exceptional plasticizing properties, crucial for achieving optimal performance in PVC products.
- Achieve superior PVC melt plasticization by utilizing advanced acrylic processing aids for PVC ductility.
- Enhance PVC melt strength and ensure uniform plasticization with our high viscosity acrylic processing aid.
- Improve the cell structure and density of PVC foam products with this specialized PVC processing aid.
- The WPC product additive offers balanced fluidity and melt strength for better processing.
Key Advantages
Superior Plasticization
Experience enhanced plasticization, a key benefit of our high viscosity acrylic processing aid, leading to better overall PVC product quality.
Improved Ductility
Our acrylic processing aid for PVC ductility ensures that your final products exhibit increased flexibility and resilience.
Uniform Melt Properties
Benefit from the uniform plasticization of PVC materials, a direct result of using our advanced ACR promotes PVC plasticization.
Key Applications
PVC Foam Board Manufacturing
Utilize this PVC foam board processing aid to create products with improved cell structure and reduced density, enhancing their overall quality.
Wood-Plastic Composite (WPC) Products
Our WPC product additive provides balanced fluidity and melt strength, making it ideal for producing durable and high-quality WPC items.
Enhancing Thermoplastic Ductility
Beyond specific products, this acrylic processing aid contributes to the general enhancement of thermoplastic ductility across various formulations.
Specialty Chemical Applications
As a specialty chemical auxiliary, it plays a vital role in optimizing the processing characteristics of polymers in demanding applications.