Material Composition | Heavy-duty machining, aerospace parts | Industry Standard: Carbon Steel (HRC 58) Our Base: HSS (HRC 62, ASTM A681) Our Advanced: HSS + TiN Coating (HRC 65) | ▲ Base: 70% longer tool life in hard metals ▲ Advanced: 30% better corrosion resistance | Higher cost for advanced versions Base requires more frequent sharpening vs. advanced |
Flute Design | CNC threading, high-speed operations | Industry Standard: Straight flutes (ISO 1339-1) Our Base: Spiral flutes (ISO 1339-2) Our Advanced: Helical flutes (ISO 1339-3) | ▲ Base: 40% faster chip evacuation ▲ Advanced: 25% reduced vibration | Straight flutes (industry standard) may clog in thick materials |
Thread Precision | Precision engineering, aerospace | Industry Standard: ±0.03mm tolerance (ISO 2978) Our Base: ±0.015mm (ISO 2978 + DIN 13) Our Advanced: ±0.008mm (ISO 2978 + ASME B1.1) | ▲ Base: 50% tighter tolerances ▲ Advanced: Meets aerospace-grade specs | Advanced versions require specialized calibration |
Thread Size Variety | General workshops, automotive repair | Industry Standard: 8 sizes (e.g., 1/4" NPT) Our Base: 16 sizes (M3–M36) Our Advanced: 24 sizes (+ metric/UNF/BSPP) | ▲ Base: Covers 80% common industrial threads ▲ Advanced: Full global thread compatibility | Advanced sets are bulkier and costlier |
Durability | High-temperature machining, heavy metals | Industry Standard: 1,000 thread cycles Our Base: 2,500 cycles (ASTM F606) Our Advanced: 4,000 cycles (ASTM F606 + EN 10088) | ▲ Base: 2.5x longer lifespan in stainless steel ▲ Advanced: Withstands 600°C temps | Advanced coatings may wear in abrasive materials |
Application Suitability | DIY projects vs. industrial use | Industry Standard: General metalwork Our Base: CNC/lathe integration Our Advanced: Multi-axis machining + robotics | ▲ Base: Compatible with 90% CNC machines ▲ Advanced: Auto-threading in robotic arms | Base lacks advanced automation features |