Abrasive Material | Heavy-duty metalworking, automotive parts | - Industry: Aluminum Oxide (Type A, ISO 6346) - Our Base: Ceramic Alumina (Type C) ▲ - Our Advanced: Silicon Carbide (Type SC) ▲▲ | - Base: 25% longer lifespan vs. Industry. - Advanced: Resists extreme temps (up to 1400°C). | - Advanced: 40% costlier than Base due to SiC material. |
Grit Size Range | Precision machining, surface finishing | - Industry: 60-80 (ISO 6344-5) - Our Base: 46-80 ▲ - Our Advanced: 36-100 ▲▲ | - Base: Covers 46-80 grit for versatile applications. - Advanced: Finer (36) and coarser (100) grits for specialized needs. | - Industry: Limited to 60-80, restricting fine or coarse applications. |
Wheel Hardness | High-strength alloy processing | - Industry: Medium (Type M, ANSI B7.1) - Our Base: Hard (Type H) ▲ - Our Advanced: Extra-Hard (Type HH) ▲▲ | - Base: Cuts hardened steels (Rockwell C50+). - Advanced: Withstands extreme hardness (Rockwell C65+). | - Advanced: 15% faster wear in soft materials like aluminum. |
Wheel Shape | Cylindrical grinding, complex geometries | - Industry: Flat (ISO 2541) - Our Base: Cylindrical (±0.01mm TIR) ▲ - Our Advanced: Hybrid Flat/Cylindrical ▲▲ | - Base: Consistent radial cuts for camshafts. - Advanced: Precision for crankshaft lobes (±0.005mm tolerance). | - Industry: Flat wheels lack cylindrical consistency for curved surfaces. |
Wheel Type | High-speed machining, safety-critical ops | - Industry: Straight (Basic Design) - Our Base: Balanced Design ▲ (ISO 23107) - Our Advanced: Enhanced Cooling ▲▲ (OSHA Compliance) | - Base: 30% less vibration vs. Industry. - Advanced: 50% lower heat buildup during prolonged use. | - Industry: Basic design risks overheating in continuous use. |
Application Suitability | Automotive engine components | - Industry: General metalworking - Our Base: Camshaft Grinding ▲ (ASTM E18) - Our Advanced: Crankshaft + High-Alloy ▲▲ (ISO 13399) | - Base: Optimized for camshaft contours. - Advanced: Handles crankshaft fillets and Inconel alloys. | - Industry: Ineffective for high-toughness alloys like titanium or stainless steel. |