Alloy Plastic Pellets

General-purpose PC/ABS:

1) Heat deflection temperature: 90–110°C

Flame-retardant PC/ABS:

1) Customizable ratings: 1.5mm 5VA, 5VB, V-0, V-1, V-2, HB.

2) V-0 flame retardancy (compliant at 1.5mm); self-extinguishing upon removal of the ignition source.

3) Halogen-free flame retardancy; compliant with EU standards.

4) High tensile strength, impact strength, and flexural strength.

5) Priced more favorably than flame-retardant ABS.

Low-temperature resistant PC/ABS:

1) Retains room-temperature impact performance at -40°C.

PC/PBT Alloy:

1) Excellent weather and UV resistance: No yellowing or cracking during long-term outdoor exposure; suitable for outdoor applications and automotive exterior parts.

2) High low-temperature toughness: No brittle fracture at -30°C; high impact resistance.

3) High-temperature stability: High heat deflection temperature; suitable for long-term use in high-temperature environments such as engine compartments.

4) Hydrolysis and stress resistance: Moisture-resistant; resistant to stress cracking.

5) Glass fiber reinforcement available: Significantly enhanced strength and heat resistance; suitable for structural load-bearing components.

6) Excellent molding performance: Good flowability and high surface gloss; suitable for injection molding large, thin-walled parts.ly 5%.

pplied in sectors such as high-end equipment manufacturing, the automotive industry, electronics and electrical engineering, home appliances, consumer electronics and communications, medical and office equipment, lighting, safety and protective materials, outdoor electronic equipment, specialized equipment and tools, and logistics and transportation.

I. Automotive Industry

Dashboard panels, instrument clusters, air conditioning vents, various interior trim components, bumpers, rearview mirror housings, light housings, exterior trim parts, engine-related components, EV charging station housings, etc.

II. Electronics, Electrical, and Communications Industries

Mobile phone housings, charger casings, printer and photocopier housings, 5G base station equipment housings, outdoor 5G base station cabinets, infrared detector housings, outdoor surveillance camera housings, etc.

III. Home Appliance Industry

Air conditioner panels, microwave oven housings, refrigerator liners, refrigerator racks and drawers, various appliance casings, etc.

IV. Medical Equipment

ECG machines, pulse oximeters, fetal monitors, patient monitor housings, etc.

V. High-end and Specialized Equipment

Robot housings, outdoor exploration equipment casings, drone airframes, drone gimbal covers, control panels, monitor bezels, probe housings, etc.

Q: How can cracking or brittle failure during injection molding be resolved?

A: We offer formulation adjustments to enhance toughness and reduce internal stress, alongside recommendations for optimized injection molding processing parameters.

Q: Do the products hold relevant industry certifications?

A: Our materials meet industry standards such as UL flame retardancy, ISO medical compliance, automotive specifications, weather resistance, and antistatic properties. We provide comprehensive physical property reports and test certificates to satisfy market entry requirements for sectors including home appliances, automotive, medical, and new energy.

Q: Are the materials suitable for injection molding and extrusion?

A: All modified pellets are designed with flow characteristics compatible with standard injection molding machines and extruders. They offer stable molding, low shrinkage, and resistance to delamination or cracking, making them suitable for manufacturing housings, structural components, optical parts, sheets, and more.