Professional-grade ABS flame-retardant modified masterbatch, specially developed for injection molding processes. It uses nano-scale flame retardants and special dispersion technology to provide efficient flame-retardant performance while maintaining the mechanical properties of the base material, and complies with RoHS/REACH environmental standards.

Form	white powder
Flammability Rating	UL94 V-0（1.5mm）
Add Props	15-25%
Heat Deflection Temperature	≥85℃（1.8MPa）
Applicable process	Injection moulding

- High dispersibility: Special coating technology ensures uniform dispersion of the flame retardant, preventing surface precipitation on the product
- Mechanical retention: Optimize the formula so that the tensile strength retention rate is ≥85% and the impact strength decrease is <15%
- Processing Friendly: Low processing temperature range of 165-185°C, reducing equipment energy consumption
- Whiteness stability: Specialized whitening system ensures color consistency after multiple processing
- Synergistic system: The bromine-antimony composite flame-retardant system is certified by Germany's TUV

- Electronics and appliances: printer housing/charger casing/terminal block
- Auto parts: interior components/dashboard assemblies/wiring harness fasteners
- Home appliances: microwave oven panels/hair dryer shells/socket panels
- IT Equipment: Router casing / Server rack / Keyboard base
- Industrial components: control boxes/instrument enclosures/distribution modules

25kg/composite bag, 25KG/box, 1.35 tons/pallet (pallet wrapped with stretch film); nationwide logistics can be arranged:
- Pearl River Delta: Delivered the next day
- Jiangsu, Zhejiang, Shanghai: Delivered in 2 days
- Remote areas: delivery in 3-4 days
* Please confirm the specific packaging and arrival time with the sales staff
Support express/vehicle/luggage mode of transportation

Note: This product is developed and manufactured by Dongguan Qihao Plastics Co., Ltd. Through deep cooperation with large domestic and foreign chemical companies, the product's performance and supply stability are ensured. All technical parameters are based on laboratory standard environment tests; the actual application effects need to be adjusted according to specific working conditions.