High Flow HDPE Granules | Injection molding, extrusion | Melt flow rate: 14.5 g/10min (Base), 15.2 g/10min (Advanced ▲5%) (ASTM D1238) (Industry standard: 14 g/10min) | Reduces cycle time by 10%, lowers energy consumption. | Base version may compromise structural strength; Advanced requires precise temperature control. |
Antistatic HDPE Granules | Electronics packaging, sensitive devices | Surface resistivity: <1x10⁹ Ω/sq (Base), <5x10⁸ Ω/sq (Advanced ▲2x) (ASTM D257) | Prevents static-induced damage, ensures safety in ESD environments. | Higher cost due to additive incorporation; less effective in extreme humidity. |
Aging Resistant HDPE | Outdoor equipment, storage containers | Withstands 5000+ hours UV exposure (Advanced ▲30%) (ASTM G154) (Industry standard: 3850 hours) | Maintains integrity under prolonged sunlight, reduces discoloration. | Less flexible; may require thicker walls for structural stability. |
Toughened Grade HDPE | Automotive parts, sports equipment | Impact strength: 450 J/m (Advanced ▲20%) (ASTM D256) (Base: 375 J/m) | Enhanced durability in high-impact scenarios (e.g., car bumpers). | Higher melting point complicates processing; heavier than standard grades. |
Reinforced Grade HDPE | Structural components, load-bearing parts | Tensile strength: 35 MPa (Advanced ▲15%) (ASTM D638) (Base: 30 MPa) | Superior load-bearing capacity for heavy-duty applications (e.g., machinery). | Heavier; may need specialized molding equipment for optimal results. |
Optical Grade HDPE | Lighting fixtures, lenses | Clarity: 90% light transmission (Advanced ▲10%) (ASTM D1003) (Industry standard: 82%) | High transparency for applications like LED diffusers or safety goggles. | Brittle; prone to cracking under stress; less impact-resistant. |