Import Flame Retardant Low Melt Fiber — Buy in Bulk from Supplier in United Arab Emirates

Shining Plastic Industries Llc supplies flame retardant low melt polyester fiber with a melting point range of 90°C to 180°C, designed for use as a bonding agent in nonwoven fabrics and thermal adhesives. The fiber is produced from modified PET chips with copolymer units introduced via phthalic acid, adipic acid, or trimethylolpropane to depress the crystalline melting point. The product is available in standard denier ranges from 1.5 to 10 dtex and is typically supplied in bales or spools.

The fiber is engineered to melt and flow at lower temperatures than conventional polyester (265°C), enabling energy-efficient bonding without degrading the primary fibers. Flame retardant additives are incorporated during polymerization to meet industry standards for smoke and flame suppression. The fiber retains its tensile strength after bonding and is compatible with spunbond, meltblown, and needlepunch nonwovens. It is not suitable for high-temperature laundering or steam sterilization.

This fiber is primarily used in hygiene products, automotive interiors, bedding, and shoe uppers where low-temperature bonding is required. Buyers include nonwoven manufacturers, adhesive producers, and composite material integrators. The product is also used as a masterbatch carrier for colorants. Packaging is typically 25kg bales, with minimum order quantities starting at 500kg. Lead times vary based on customization and batch size.

Shining Plastic Industries Llc is based in the United Arab Emirates and operates as an importer and processor of specialty polyester polymers. The supplier does not manufacture the base polymer but sources and compounds low melt PET chips into fiber-grade pellets or directly into fiber. There is no public information on production capacity, workforce size, or facility certifications beyond its claim of supplying modified polymer for nonwoven and adhesive applications.

The supplier's listing indicates it handles customization of melting point and fiber denier, suggesting technical capability in formulation. However, no laboratory data, quality certifications, or audit reports are referenced. Response rate and average response time are not tracked, indicating limited buyer support infrastructure. Buyers should request material safety data sheets and test reports for flame retardancy and melt consistency before procurement.