Material Quality | Heavy machinery, construction | Industry Standard: ASTM A36 (400 MPa tensile strength) Our Base: AISI 1020 (415 MPa) Our Advanced: AISI 4140 (758 MPa) | Advanced version offers ▲▲▲ 80% higher tensile strength for critical loads | Advanced version costs ▲▲ 25% more than Base due to alloy composition |
Tolerance Precision | Precision engineering, automotive | Industry Standard: ±2% (ISO 2768-m) Our Base: ±1.5% (ISO 2768-k) Our Advanced: ±1% (ISO 2768-f) | Advanced achieves ▲▲ 50% tighter tolerance for high-precision assembly | Tighter tolerances require specialized machining (▲▲ 30% longer production time) |
Surface Treatment | Corrosion-prone environments | Industry Standard: Bare steel (no coating) Our Base: Hot-dip galvanized (EN ISO 1461) Our Advanced: Zinc-aluminum alloy coating (ASTM A153) | Advanced coating provides ▲▲ 3x longer corrosion resistance in marine settings | Advanced coating adds ▲▲ 15% weight to the bar |
Ribbed Surface Design | Reinforced concrete structures | Industry Standard: Smooth surface (EN 10060) Our Base/Advanced: Ribbed surface (EN 10060) with ▲ 20% improved bond strength | Ribbed design enhances concrete adhesion by ▲▲▲ 40% | Requires specialized cutting tools (▲ 10% installation time increase) |
Threaded End Compatibility | Modular machinery assembly | Industry Standard: Non-threaded ends Our Base/Advanced: M24 x 3mm threads (ISO 228-1) | Threads enable ▲▲ 50% faster assembly vs welding | Threads reduce bar length by ▲ 5% due to thread depth |
Cost-Performance Ratio | Budget-sensitive projects | Industry Standard: $50/m (ASTM A36) Our Base: $60/m (AISI 1020) Our Advanced: $85/m (AISI 4140) | Base version offers ▲▲ 20% better strength-to-cost ratio than Standard | Advanced version may exceed budget constraints for non-critical applications |