Can Halogen-Free Flame Retardants Fully Replace Halogenated Powders in PET?

2026-01-07

This article explores whether halogen-free flame retardants are ready to fully replace traditional halogen-based powders in PET manufacturing. It compares cost, performance, and scalability.

Environmental Impact of Green Flame Retardant PET Film

2026-01-07

This article evaluates the environmental benefits of switching to halogen-free flame retardants in PET production. It highlights improvements in recycling, worker safety, and reduction in toxic byproducts.

How Non-Halogen Flame Retardant Additives Are Evolving in PET Applications

2026-01-07

This article explores the technical evolution of non-halogen flame retardant additives for PET, focusing on how these green solutions have improved in thermal stability, processability, and fire safety performance.

What’s Driving the Halogen-Free Flame Retardant Trend in PET?

2026-01-07

This article dives deeper into the drivers behind the halogen-free flame retardant trend and explores how global regulations, PET industry needs, and environmental awareness are converging to accelerate the adoption of non-halogen flame retardant additives.

Are Halogen-Free Flame Retardants Replacing Traditional Options?

2026-01-07

As the demand for safer and more sustainable materials grows, halogen-free flame retardants are becoming increasingly preferred over traditional halogenated types. This article explores the halogen-free flame retardant trend and its impact on PET applications.

Integrating Flame Retardants into PET Manufacturing

2026-01-07

This article provides a full-process view of integrating flame retardants into PET manufacturing, covering extrusion, coating, and blow molding. Learn how melt processing PET flame retardants can be optimized for process compatibility and regulatory compliance.

Engineering Flame Retardant PET for Blow Molding Applications

2026-01-07

Blow molding PET with flame retardants presents unique challenges, including additive stability, wall thickness control, and recyclability. This article explores how melt processing PET flame retardants must be optimized for blow molding applications.

Optimizing Flame Retardant Coating on PET Substrates

2026-01-07

Manufacturers face challenges when applying flame retardant coatings on PET due to surface energy, chemical compatibility, and processing stability. This article explores how to select PET flame retardant for coating applications that are effective and production-friendly.

Selecting Flame Retardants Compatible with PET Extrusion

2026-01-07

PET extrusion is sensitive to additives, especially flame retardants. This article explores how to select flame retardants that maintain processing stability and meet flammability requirements, focusing on melt processing, viscosity, and dispersion techniques.

How Flame Retardants Influence PET Extrusion, Coating, and Blow Molding

2026-01-07

Understanding how flame retardants affect PET processing methods like extrusion, coating, and blow molding is critical for manufacturers. This article explores the role of melt processing PET flame retardants and their compatibility with modern production lines.

Achieving UL94 V-0 Classification in Flame Retardant PET Films

2026-01-07

UL94 V-0 flame retardant PET represents the highest fire safety level in the UL94 standard. This article explores what UL94 V-0 means, how PET films achieve it, the flame retardants used, and the market sectors driving demand for this highly compliant material.

Halogen-Free Flame Retardant PET: Advancing Sustainability and Fire Safety

2026-01-07

Halogen-free flame retardant PET is becoming the gold standard for industries seeking safer, compliant materials. This article examines its chemical profile, performance, applications, and its alignment with global regulations like RoHS, REACH, and UL94, making it an ideal material for modern flame retardant needs.