DuPont Teijin Films introduces flame retardant clear polyester film

DuPont Melinex FR320/FR321 PET Films UL Certified as VTM-0

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DuPont
DuPont Teijin Films introduces flame retardant clear polyester film

To help product designers achieve improved safety in the industrial, transportation, construction, electronics and label industries, DuPont Teijin Films is introducing clear flame retardant PET (polyethylene terephthalate) polyester films. Now commercially available from DuPont, the Melinex® FR32x (PET films have achieved UL’s VTM-0 flame rating classification, in accordance with ANSI / UL 94 and they are halogen-free.

We’re excited to announce this key addition to our expanding portfolio of differentiated PET film offerings,” said Scott Gordon, business development manager, DuPont Teijin Films. ”Our team has succeeded in bringing these novel VTM-0 rated films from R&D to production, and now we can provide cost-effective flame retardant polyester film solutions to our customers in large quantities.”

Recent reports have predicted global annual growth rates more than 7 percent for eco-friendly flame retardants, particularly within the automotive, electrical & electronics, and construction segments. This growth is driven by an awareness of regulations preventing halogenated flame retardants, and by a rise in overall fire safety requirements. There are other commercial polymer film types that offer inherent flame retardance, but often at price points much higher than PET films.

Standard PET polyester films are known for their physical durability, chemical resistance, low water absorption, and overall reliability at an affordable cost. The clear Melinex® FR32x films provide the VTM-0 rating with a very low haze of approximately 1 percent. These films are now produced on large assets with a thickness range of 75 µm – 175µm and roll widths up to 1600mm and beyond. Typical applications include laminate structures for construction and transportation, battery labels and insulating materials, lighting, and flexible printed circuitry.