Cutting Disks for Rotary Tools | Precision metal cutting in workshops | Diameter: 32mm (Industry: 30mm ▲2mm) Thickness: 1.2mm (Base) / 6.0mm (Advanced ▲4.8mm) Grit: Medium (120 grit ▲ANSI B74.17) | Larger diameter covers more area; advanced thickness improves durability. Medium grit balances speed and precision. | Base thickness wears faster; advanced version may require more power. |
Polishing Pads for Metal | Smoothing metal surfaces post-cutting | Abrasive Material: Silicon Carbide (ISO 9379-1 compliant) Adhesion: Firm (▲1 grade vs Industry Moderate) | Superior adhesion reduces slippage; silicon carbide ensures consistent finish. | Higher grit (120) may take longer for fine polishing. |
Sanding Discs for Precision Work | Detail sanding in tight spaces | Diameter: 32mm (ISO 2360) Flexibility: Medium (Industry: Rigid ▼1 grade) | Larger diameter for faster coverage; medium flexibility reaches tight corners. | Less rigid than industry standards, risking uneven sanding on hard surfaces. |
Metal Cutting Tools (General) | Industrial metal fabrication | Hardness: Medium (ISO 9379-1) RPM Compatibility: 25,000 (▲5k vs Industry 20,000) | Lower hardness reduces tool wear; higher RPM enables faster cuts. | Medium hardness may degrade faster than high-grade alternatives. |
Versatile Rotary Tool Accessories | Multi-tasking in workshops | Compatibility: Drills + Polishers (▲1 tool type vs Industry Drills Only) Versatility Score: 9/10 (▲2 vs Industry 7/10) | Works with multiple machines; optimized for diverse tasks like cutting and polishing. | Performance may vary across non-specialized tasks. |
High-Durability Abrasive Tools | Heavy-duty industrial use | Thickness: 6.0mm (ASTM E8 test) ▲2mm vs Industry 4.0mm Hardness: Medium (▲1 grade vs Industry Low) | Enhanced durability for prolonged use; medium hardness resists deformation. | Heavier weight increases user fatigue; requires robust tool support. |