Transparent injection plastic parts

Material Type

Engineered Modifications

Core Performance Improvements

Typical Engineered Applications

PC

1. Glass Fiber (GF) Reinforcement (10–30% GF)2. Flame Retardant (FR) Modification (UL 94 V-0)3. UV Stabilization Additives4. Conductive Fillers (Carbon Fiber/Carbon Black)

1. GF-reinforced: 2–3x higher tensile strength, improved dimensional stability2. FR-modified: Meets fire safety standards for electronics/automotive3. UV-stabilized: 5–8 years of outdoor weather resistance (no yellowing)4. Conductive: Anti-static for precision electronic components

1. GF-PC: Automotive battery tray brackets, aerospace interior structural parts2. FR-PC: EV charger housings, medical device enclosures3. UV-PC: Outdoor security camera covers, solar panel frames4. Conductive PC: Semiconductor manufacturing jigs, static-sensitive device carriers

PMMA

1. Anti-Scratch Hard Coating (SiO₂/PU)2. UV Blocking Additives3. Light Diffusion Modification4. Chemical Resistance Enhancement

1. Hard-coated: 5–10x higher scratch resistance (pencil hardness ≥ 4H)2. UV-blocking: Filters 99% of UV rays for optical devices3. Light-diffusing: Uniform light distribution for LED panels4. Chemical-resistant: Withstands cleaning agents for medical equipment

1. Hard-coated PMMA: Touch screen protective lenses, automotive head-up display (HUD) panels2. UV-blocking PMMA: Lab equipment observation windows, sunglasses lenses3. Light-diffusing PMMA: LED light guide plates (LGP), smart home ceiling light panels4. Chemical-resistant PMMA: Dental instrument trays, laboratory sample holders