Trusted PET Chips Partner

In the production of technical textiles such as industrial yarns, seat belts, and curtain fabrics, have you encountered these issues?❌ Frequent yarn breakage?❌ Fluctuating spinning pressure?❌ High strength deviation and low product yield?❌ Severe batch-to-batch variation in customer acceptance?Don’t worry,

At HanLink Polyester, we focus on developing high-performance functional PET chips. In recent years, more and more customers ask us the same question: “Are you using ethylene antimony? Why is spinning so smooth?” It’s time to explain why. 1.Why Do

In the field of monofilament for automotive interiors, flame retardancy and long-term stability are core requirements. Our developed low-carboxyl-content flame-retardant copolyester chips exhibit significant advantages in enhancing flame retardant performance by optimizing the polymer structure and reducing side reaction risks.

As demand grows for higher quality, more stable, and environmentally friendly polyester yarns, low carboxyl end group (COOH) polyester chips are becoming the material of choice, especially in the production of semi-dull mother yarn. At HanLink Polyester, we’ve worked closely

The Need for Functional Textiles Consumers want more than just stylish and comfortable fabrics. They now look for textiles with extra features like antibacterial, odor-resistant, and mite-resistant qualities. This is especially important in medical, sportswear, and home fabrics. Traditional antibacterial

High-viscosity, low-carboxyl polyester chips (COOH <14, IV >0.8) have unique properties for industrial yarn. Our company refines them to COOH <10 and IV >0.85 for better performance. This article covers their benefits, production advantages, spinning suitability, and key applications. 1.