1. Extended Service Life with Ultra-High Wear Resistance
Utilizes multi-layered tungsten carbide (e.g., gradient WC-Co alloys) or surface-hardened tool steel (e.g., H13 with PVD
coating)
Reduces die replacement frequency by 40-60% vs. conventional dies, even under high-tonnage cold forging.
2. Zero Defect Output via Precision Tolerance Control
Maintains ±0.01mm dimensional accuracy across 100K+ production cycles.
Ensures consistent thread profile (e.g., ISO metric/UNF), eliminating secondary machining.
3. Cost-Efficient High-Speed Production
Cycle time reduced by 30% through optimized flow simulation (e.g., DEFORM™-validated cavity design)
Enables multi-station progressive forming (e.g., 6-in-1 dies) for complex nuts (flanged, slotted, etc.).