Thermal Stable Flame Retardant and Smoke Suppressant

Thermal stable flame retardant and smoke suppressant, designed specifically for the dual requirements of material safety and performance in modern industry. While improving safety levels, it significantly reduces the impact on material physical properties and the environment.

Core strengths

·Unparalleled processing stability: ensuring no volatilization, corrosion, or scaling in high processing temperature applications such as engineering plastics (such as PA, PBT, PPS), high-temperature wire and cable materials, protecting processing equipment, and improving production yield.

·Long term durability performance: After long-term thermal aging and ultraviolet irradiation, the flame retardant level (such as UL94, GWIT, GWFI) of the product does not significantly deteriorate, meeting the strict requirements for component life in the automotive, aerospace and other fields.

Application field

Automotive Industry: Engine compartment components, battery pack assemblies, charging pile casings, interior parts, meeting the flammability requirements for thermal aging under standards such as USCAR and LV214.

High-end wires and cables: High-temperature-resistant automotive wires, solar cables, shipboard cables, and charging cables ensure safe operation in high-temperature environments over extended periods.

· Electronic & Electrical (E&E): Connectors for SMT processes, miniature circuit breakers, and power supply housings require flame retardants that do not decompose under the high temperatures of reflow soldering.

Public transportation interior: Seats, wall panels, and floors of high-speed rail, subways, and airplanes must meet composite standards for low smoke, low toxicity, and high thermal stability.

Polymer Building Materials: PVC flooring, wall panels, waterproof membranes, insulation materials, sealants, etc., comply with building fire safety standards.

· Coatings and fabric coatings: Fireproof coatings, flame-retardant fabric backings, etc.

Mechanism of action

Dehydration heat absorption: In the initial heating stage (>300°C), zinc borate rapidly releases crystalline water, absorbing a significant amount of heat, effectively reducing the temperature of the material surface and surrounding area, and delaying the combustion process.