| Material Type | Outdoor railings, household decor | Industry Standard: Steel (500+ MPa tensile strength) Our Base: ABS Plastic (Density: 1.05 g/cm³, UV-resistant) Our Advanced: Fiberglass-reinforced ABS (Flexural strength: 80 MPa) ▲
| Lighter weight, corrosion resistance, cost-effective for mass production. | Lower tensile strength than steel; advanced version may require specialized handling. |
| Precision Level | High-accuracy parts (e.g., medical molds) | Industry Standard: ±0.5mm tolerance (ISO 2768) Our Base: ±0.2mm (High-precision CNC machining) Our Advanced: ±0.1mm (Laser-assisted alignment) ▲
| Ensures precise part replication for critical applications. | Higher precision increases moulding costs. |
| Finishing Process | Premium consumer goods | Industry Standard: Sandblasting (Surface roughness: Ra 6.3 μm) Our Base: Polishing (ISO 8503-1, Ra 1.6 μm) Our Advanced: Electroplating (Ra 0.8 μm, corrosion-proof) ▲
| Smooth, durable finish for aesthetic products. | Electroplating adds complexity to production. |
| Application Scope | Diverse industries (automotive, home) | Industry Standard: Multi-industry (e.g., automotive parts) Our Base: Household/building (balustrades, vases) Our Advanced: Industrial + custom designs ▲
| Specialized for cost-effective household use. | Limited to niche markets unless upgraded. |
| Production Process | Mass production of complex shapes | Industry Standard: Forging (High-pressure forming) Our Base: Casting (Cost-effective for intricate designs) Our Advanced: Hybrid casting + CNC finishing ▲
| Efficient for large batches of detailed parts. | Forging requires more energy and labor. |
| Shaping Mode | Custom architectural elements | Industry Standard: Die-casting (Standard shapes) Our Base: Plastic injection moulding (ISO 2768) Our Advanced: 3D-printed moulds (Custom geometries) ▲
| Flexible for unique designs like decorative vases. | 3D printing may increase per-unit costs. |