Xiongfa High Quality PVC Processing Aid ACR

• Customization: Available
• Certification: RoHS, ISO
• Color: White
• Model NO.: XF-A
• Application: PVC Pipe, Profile, Panel, Cable Sheath
• Features: White Powder
• Type: Xf-a
• Intrinsic Viscosity: 0.45-0.65
• Volatility: <1.0%
• Granularity: >98
• Transport Package: Packed in Woven Bag, Lined with a PE Bag
• Specification: 25kg in weight
• Trademark: Xiongfa
• Origin: No. 1898 Jiheng Road New Insdustry Park Hengshui
• HS Code: 390320

Product Description

Product Description

Processing Aid for PVC(ACR )

Introuduction:

Processing aid ACR series products are the new generation of acrylate macromolecule copolymer. It was produced by using advanced polymerization and desiccation technical on the bases of our years producing experience. As it has low dust, non-corrosive, excellent fluidity and don't dissolve in water, it was considered to be an ideal processing modifier of PVC.

Our Advantages

Product performance:

It can promote plastication and improve the fluidity of PVC. It can obviously reduce the surface sediment caused by various kinds of added ingredients and increase productivity.

 

Application

Application: It is especially suitable for PVC hard products processing. Promote the gelatinization of PVC resin, increase melt strength, improve processing property, enhance the mechanical properties, excellent dimensional stability and increase the surface quality.

 

Product Parameters

Technical data:

Type Item	XF-ACR
Appearance	White  powder
Apparent density, (g/cm^3)	0.4~0.5
Intrinsic viscosity	1.8~4.0
Volatility %	≤1.0
Granularity (40 mesh through), %	≥98

Technology Innovation

 

We Xiongfa Technology have established and run our own State R&D Centre, take a constant responsibility to innovate, and we always trade technical innovation as a motive force. We always dominate the PVC-additive field for top-level skills on aspects such as innovation, production and application, and we become who we are today with practical experiences of decades. The State R&D Centre which we put in huge investment to found is the top-ranking PVC-additive base in China. We have our own professional research team which is international advanced due to the innovative ability and an abundant reserve force. For the top-ranking innovative ability, we are rated as technical centre for enterprises in Hebei Province and enterprise-founder base of post-doctoral moving-sta[1]tion in Hebei Province. With the help of high-tech equipment and professional technical team we gain infinite motive power.

FAQ

Q: What is ACR (Acrylic Processing Aid)?
A: ACR (Acrylic Processing Aid) is an additive used to enhance the processing performance of plastics like PVC. It improves melt strength, promotes plasticization, and enhances flowability, significantly improving the surface finish and mechanical properties of PVC products.

Q: What are the main applications of ACR?
A: ACR is widely used in the production of rigid PVC products, such as pipes, profiles, sheets, and panels. It helps improve surface quality, impact resistance, and processing stability, making it ideal for PVC products with high requirements for surface smoothness and processing performance.

Q: What are the benefits of using ACR?
A: ACR significantly improves the processing performance of PVC, increases melt strength, shortens plasticization time, and enhances product surface smoothness. Additionally, it boosts mechanical properties like impact resistance and wear resistance, thereby extending the product's lifespan.

Q: What are the characteristics of your company's ACR products?
A: Our ACR products are made from high-quality raw materials, offering excellent thermal stability and superior processing performance. Rigorously quality-controlled, our ACR performs exceptionally well in various PVC formulations. It not only enhances processing stability but also helps reduce production costs.

Q: What is the recommended dosage of ACR?
A: The recommended dosage of ACR typically ranges from 1% to 3%, depending on the application type and formulation design of the PVC product. We suggest that users adjust and test the dosage in actual production to achieve the best results.

Certifications