Reinforced‑Flame‑Retardant Modified‑PET Plastic

Core characteristics of reinforced‑flame‑retardant modified‑PET plastics are as follows. First, mechanical performances are greatly improved. Glass‑fiber filler delivers high strength, high rigidity and excellent creep‑resistance, enabling long‑term load‑bearing for structural parts. Second, outstanding heat‑resistance: its heat‑deflection temperature can exceed 240 ℃, capable of withstanding lead‑free wave‑soldering and reflow‑soldering during electronic assembly processes. Third, superior flame‑retardancy. Halogen‑free flame‑retardant systems usually achieve UL 94 V‑0 rating with self‑extinguishing property after flame removal, and effectively suppress burning drips to prevent fire spreading. Fourth, stable electrical insulation. It maintains high comparative tracking index and arc‑resistance even under high‑temperature‑high‑humidity conditions for reliable electrical safety. Fifth, favorable processing flowability, suitable for injection‑molding thin‑wall articles with complex structures and precise dimensional requirements.

Main Applications

Electronics & Electrical Appliances: Mainly for high‑voltage electrical components such as relay bases, frequency‑converter bobbins, circuit‑breaker housings and contactor parts. These components operate stably under high‑voltage‑high‑current conditions. Materials shall firmly support metal contacts and provide reliable self‑extinguishing performance under abnormal heating or short‑circuit conditions. It is also widely used for coil bobbins, connectors, terminal blocks and capacitor housings to meet requirements of precise dimension, high‑temperature soldering and safety‑standard flame‑retardancy.

Automotive Industry: Applied for engine‑compartment functional parts including motor housings, sensor shells, igniter assemblies and electronic‑throttle housings. These components endure long‑term high‑temperature, oil‑pollution and vibration within engine bays, and provide flame‑retardant safety protection under circuit‑fault conditions.

Household Appliances: Widely adopted for heat‑generating household appliances and power‑tool parts, such as microwave‑oven internal supports and door latches, rice‑cooker heating‑plate bases, housings for hair‑styling devices including hair‑straighteners and curling‑irons, as well as main‑body shells for power‑tools such as electric drills and electric saws. Combined performances of heat‑resistance, impact‑resistance and flame‑retardancy are required.

Lighting Equipment: Used for LED‑lamp structural parts with strict heat‑resistance and flame‑retardancy requirements, such as LED lamp bases, fixing brackets, down‑light housings and supporting components adjacent to partial heat‑dissipation parts.

Properties: reinforced‑flame‑retardant Physical properties: customizable per customer requirements (partial performances can match imported brands).

MOQ: 1 ton upon successful sample testing.

Participation Process

Modification manufacturers please contact supplier service for supply registration.

Buyers: Click group‑purchase or contact procurement service to submit your procurement requirements. The platform screens qualified modified‑material suppliers from the database or launches bidding according to your specifications. After sample validation, buyers confirm the preferred modified material and supplier and sign the sales‑purchase contract.