Material Composition | Heavy-duty metalworking, industrial cutting | Industry: Carbon Steel (Rockwell C50) Base: Alloy Steel (Rockwell C58-62)▲ Advanced: Tungsten Carbide Coated (Rockwell C65+)▲▲ | Base: 30% harder than industry standard for longer durability Advanced: 50% better edge retention in abrasive materials | Base: Slightly heavier than industry standard Advanced: 20% higher cost due to coating |
Arbor Size | High RPM power tools, precision cutting | Industry: 25mm Base: 32mm Steel Arbor▲ Advanced: 32mm Reinforced Steel Arbor▲ | Base: 28% larger diameter for reduced wobble at high speeds (▲ vs Industry) Advanced: 15% stronger hub for extreme torque | Base: Requires compatible saws Advanced: Slightly heavier |
Blade Thickness | Cutting thick aluminum sheets, structural metal | Industry: 1.8mm Base: 2.0mm Alloy Steel▲ Advanced: 2.2mm Diamond-Coated▲▲ | Base: 11% thicker to resist warping (▲ vs Industry) Advanced: 22% better heat resistance for continuous use | Base: Minimal material savings vs Industry Advanced: 5% increased kerf width |
Tooth Configuration | Mixed material cutting, intricate patterns | Industry: Fixed 32 Teeth Base: Adjustable Tooth Angle▲ Advanced: Variable Tooth Spacing▲▲ | Base: Customizable for wood/metal (▲ vs Industry) Advanced: 40% improved chip evacuation (▲▲ vs Base) | Base: Manual adjustment required Advanced: Complex setup for novices |
Cooling System | Continuous industrial cutting operations | Industry: No Cooling Holes Base: Central Cooling Holes▲ Advanced: Peripheral + Central Cooling▲▲ | Base: 30% lower heat buildup (▲ vs Industry) Advanced: 50% faster cooling (▲▲ vs Base) | Base: Limited airflow in confined spaces Advanced: Higher price point |
TCT Teeth | Cutting abrasive metals, hardened alloys | Industry: High-Speed Steel Teeth Base: TCT (Tungsten Carbide Tipped)▲ Advanced: TCT + Diamond Impregnation▲▲ | Base: 3x longer lifespan vs Industry (▲) Advanced: 5x longer edge retention (▲▲ vs Base) | Base: Requires sharpener for TCT tips Advanced: 30% more expensive |