Steel Stamping Molds (Our Advanced) | Prefabricated fencing for commercial/industrial buildings | High-carbon steel (ASTM A36), precision stamping (ISO 9001), 2mm surface finish (ISO 1302) ▲ | ▲ 50% stronger than industry standard mild steel, consistent part quality, low maintenance | Higher upfront cost compared to aluminum or fiberglass options |
Aluminum Die Casting Molds | Low-volume production of decorative fences | 6061-T6 aluminum alloy (ASTM B209), gravity casting process | Lightweight, corrosion-resistant, cost-effective for small batches | Lower load capacity, requires frequent surface treatment for durability |
Fiberglass Reinforced Molds | Temporary or lightweight fencing projects | Glass-reinforced epoxy (ISO 12232), UV-resistant coating ▲ | ▲ Resists UV degradation (10+ years lifespan), no rust, easy to transport | Lower thermal stability, unsuitable for high-temperature curing processes |
Steel Welded Molds (Industry Standard) | General construction fencing production | Mild steel (ASTM A36), manual welding (AWS D1.1), 3mm surface finish | Widely available, compatible with traditional fabrication methods | Prone to rust without coating, higher defect rates in complex geometries |
Modular Prefabricated Molds | Rapid deployment fencing systems | Interlocking steel modules (EN 10025), bolt-together assembly ▲ | ▲ Quick installation (20% faster than cast molds), scalable, reusable | Limited customization options, requires flat terrain for optimal performance |
Custom Cast Iron Molds | High-strength, permanent fencing structures | Ductile cast iron (ASTM A48 Grade 30), sand casting process | Exceptional load-bearing capacity (200 MPa tensile strength), permanent | Expensive, long lead times (6–8 weeks), difficult to modify post-production |