Material Composition | Industrial machinery parts, lab equipment | Industry Standard: PE (Tensile Strength: 18 MPa ASTM D638) Our Base: PP (20 MPa) Our Advanced: POM (60 MPa) ▲▲ | Cost-effective for basic applications (PE) High durability for heavy loads (POM) | Limited chemical resistance (PE) Higher cost for POM in advanced tiers |
Transparency | Display cases, food packaging | Industry Standard: 70% clarity (LDPE) Our Base: 85% (HDPE) ▲ Our Advanced: 95% (PMMA) ▲▲ | Enhanced visibility for contents (PMMA) Better for sterile environments | PMMA may scratch easily Higher price for advanced clarity |
Chemical Resistance | Chemical storage, lab tools | Industry Standard: Resists water only (LDPE) Our Base: Resists acids (PP) ▲ Our Advanced: Resists solvents (PTFE) ▲▲ | Safe for corrosive environments (PTFE) Longer part lifespan | PTFE requires specialized machining Costly for large volumes |
Durability/Hardness | Construction molds, robotics | Industry Standard: Shore D 40 (PVC) Our Base: Shore D 60 (Nylon) ▲ Our Advanced: Shore D 85 (POM) ▲▲ | Withstands high stress (POM) Reduces wear-and-tear | Heavier than softer materials Stiffer materials may crack under extreme impact |
Processing Precision | Medical devices, aerospace components | Industry Standard: ±0.5mm tolerance (Basic injection molding) Our Base: ±0.3mm (CNC) ▲ Our Advanced: ±0.1mm (Precision machining) ▲▲ | Ultra-precise fits for critical systems Minimizes assembly gaps | Requires advanced tooling (CNC) Longer lead times for precision tiers |
Weight/Portability | Portable machinery, consumer goods | Industry Standard: 1.2g/cm³ (LDPE) Our Base: 0.9g/cm³ (PP) ▲ Our Advanced: 1.4g/cm³ (POM) ▲▲ | Lightweight PP reduces shipping costs Easy to handle | POM’s higher density increases weight in advanced tiers |