Material Composition | Heavy industrial machining vs general workshops | Industry Standard: 45# steel (45 HRC) ▲ Base: Alloy Steel (60 HRC) ▲ Advanced: HSS (62-64 HRC, ASTM A6) | Enhanced durability and longevity for high-stress applications. | Advanced materials increase cost and require specialized handling. |
Thread Precision | Precision engineering vs general assembly | Industry Standard: ISO 2969 6H (±0.02mm tolerance) ▲ Base: 5H (±0.015mm) ▲ Advanced: 4H (±0.01mm) | Ensures tighter tolerances for critical sealing and mating parts. | Requires precision machinery and skilled operators for optimal performance. |
Cutting Edge Design | High-volume production needs | Industry Standard: 2 cutting edges (ISO 13399-1) ▲ Base: 3 edges ▲ Advanced: 4 edges | Reduces per-pass effort and improves threading speed. | Complex edge configurations may increase manufacturing complexity and cost. |
Temperature Resistance | High-heat environments (e.g., foundries) | Industry Standard: Up to 200°C (ASTM E1133) ▲ Base: 300°C ▲ Advanced: 400°C | Maintains sharpness and structural integrity in extreme thermal conditions. | Advanced versions may have reduced flexibility or increased brittleness. |
Thread Pitch Range | Diverse thread requirements | Industry Standard: 1.0-2.0mm (ISO 261) ▲ Base: 0.5-3.0mm ▲ Advanced: 0.3-5.0mm | Versatile for applications requiring fine or coarse thread pitches. | Precision may degrade at extreme pitch values (e.g., 0.3mm or 5.0mm). |
Customization Options | Custom part manufacturing | Industry Standard: Pre-set configurations ▲ Base: Adjustable parameters ▲ Advanced: Full customization (ISO 9001) | Tailored to unique specifications (e.g., non-standard thread classes). | Custom solutions demand longer lead times and higher upfront costs. |