Core technology
Compounding technology stack
Nine technology axes supporting our PA66 / PA6 / PA46 / CFRTP / PC-ABS / antibacterial product lines. Each technology is accompanied by full test data and UL Yellow Card / COA documentation.
Long-glass-fiber reinforcement (LFT)
Long-glass-fiber composite technology with 4–12 mm fiber retention, benchmarked to Sabic Stamax. Used in battery pack upper covers, bumper frames, front-end modules and other large structural parts — 35–60% weight reduction.
- ▸EV battery pack upper cover
- ▸Bumper frame
- ▸Front-end module
- ▸HSR seat frame
CFRTP continuous-fiber thermoplastic
Continuous carbon-fiber / glass-fiber composite process with designable plies, remeltable and recyclable. Specific strength 4× higher than steel, IP67 sealed, aligned with EU recycled-content quotas.
- ▸Battery pack bracket
- ▸Body structural parts
- ▸Aerospace auxiliary structures
Micro-foam-injection-compatible formulations
Compound systems optimized for MuCell and similar micro-foaming processes. Achieve 10–20% additional weight reduction with no silver streaks, compatible with integrated die-casting workflows.
- ▸Door inner panel
- ▸Instrument panel frame
- ▸Interior structural parts
Flame retardant modification (halogen-free V-0)
Halogen-free flame retardant PA66 / PC / PC-ABS formulations passing UL 94 V-0 at 0.4–0.8 mm thin walls. Aligned with battery thermal-runaway propagation standard GB 38031 and EU PFAS restrictions.
- ▸Battery pack structural parts
- ▸HV connectors
- ▸EV charger housings
- ▸HSR interior parts
Low-temperature toughening
Low-temperature toughened high-viscosity PA66 / PA6 formulations — notched impact at -40 °C without brittle fracture. For cold regions, polar and high-speed heavy-haul equipment.
- ▸Cold-region rail fasteners
- ▸Northern wind blade auxiliaries
- ▸Polar equipment structural parts
Basalt / carbon-fiber reinforced polyamide
Frontier R&D direction — basalt and carbon-fiber reinforced PA66 / PA46 systems. Lower density and higher stiffness vs. glass fiber, aligned with ESG and sustainable manufacturing.
- ▸Next-gen structural parts
- ▸Aerospace auxiliary parts
- ▸High-end sports equipment
Antibacterial modification (inorganic silver / zinc / hybrid)
Masterbatch systems with inorganic silver-ion, zinc-ion or plant-extract antibacterial agents, compatible with PP, ABS, PC and PA compounds. ≥ 99% bacteriostasis (GB/T 31402 / ISO 22196), 5+ year life, wash-resistant, non-migrating, non-discoloring, FDA food-contact compliant.
- ▸Appliance housings and buttons
- ▸Medical device housings
- ▸Sanitary / baby products
- ▸Food-contact parts and kitchenware
Thermally conductive insulating system
Thermally conductive modified polymer systems with thermal conductivity tunable from 1–5 W/m·K while maintaining electrical insulation strength. For motor insulation, e-control thermal management and 800V HV components.
- ▸Motor insulation cover
- ▸E-control thermal module
- ▸800V connectors
Solid-state battery compatible materials (in development)
Material reserves for next-generation solid-state battery insulation and separator layers — long-term thermal stability ≥ 200 °C, dielectric strength 30 kV/mm+.
- ▸Solid-state battery housings and separators
- ▸HV thermal management components
Joint development
Custom formulation & joint development
Our R&D team customizes formulations per customer part, process and end-use test requirements. Tell us your application scenario and benchmark grade; we reply within 48 hours with a preliminary proposal and sampling timeline.
Submit joint-development request