ABS injection molding flame retardant is based on the synergistic effect of bromine/nitrogen-containing additive flame retardant and bromine-phosphorus reactive flame retardant, with good flame retardant effect and high cost performance. It is widely used in ABS flame retardant engineering plastics and can also be added to rubber and thermosetting resins.
Name | ABS Injection Molding flame retardant |
Appearance | white powder |
Dosage | 18% |
Bromine content (%) | ≥65% |
Melting point | 210℃ |
Carbonization temperature ℃ | ≥310℃ |
Solubility | insoluble in methanol, ethanol, dichloromethane,Soluble in DMSO, DMF |
Related chemicals | TBPC |
CAS. number | 25713-60-4 |
High Thermal Decomposition Temperature & UV Stability: Ensures durability under extreme heat and UV exposure without migration.
Superior Flame Retardancy: UL94 V-0 compliant with excellent compatibility, high impact strength, and fluidity for seamless processing.
Enhanced Light Resistance: Maintains color integrity, resisting yellowing even under prolonged light exposure.
Exceptional Heat Resistance & Non-Blooming Surface: Stable performance at high temperatures and no surface residue migration.
Eco-Friendly & High Efficiency: Meets RoHS standards, delivering optimal flame retardancy with minimal environmental impact.
ABS Injection Molding: Enhances flame resistance in electronics, automotive parts, and consumer goods.
Engineering Plastics: Ideal for high-performance components requiring thermal and UV stability.
Rubber & Thermosetting Resins: Adds flame retardancy to cables, seals, and industrial composites.
Construction Materials: Fire-safe solutions for panels, insulation, and structural components.
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