Material Composition | Industrial machinery, pumps | - Industry Standard: Generic Steel (ASTM A36, 0.5T magnetic flux) - Our Base: Ferrite Composite (ISO 9712, 0.7T ▲) - Our Advanced: Ferrite + Alloy (ISO 9712 + EN 10028, 0.9T ▲▲) | Base: Cost-effective with improved magnetism. Advanced: Enhanced corrosion resistance and strength. | Base: Lower tensile strength than advanced. Advanced: Higher upfront cost. |
Tolerance Precision | Precision pumps, medical equipment | - Industry Standard: ±0.1mm (ISO 2768) - Our Base: ±0.05mm (ISO 2768-m, ▲) - Our Advanced: ±0.03mm (ISO 2768-f ▲▲) | Base: Meets mid-precision needs. Advanced: Ultra-precise for critical applications. | Base: Not suitable for ultra-precise systems. Advanced: Expensive manufacturing. |
Magnetic Strength | Heavy-duty pumps, industrial motors | - Industry Standard: 0.5T (ASTM A36) - Our Base: 0.7T (ISO 9709 ▲) - Our Advanced: 0.9T (ISO 9709 ▲▲) | Base: Stronger than generic steel. Advanced: Superior magnetic hold for demanding loads. | Base: May underperform in extreme fields. Advanced: Requires robust mounting. |
Rotational Durability | High-cycle machinery, HVAC systems | - Industry Standard: 5,000 hours (ASTM D3487) - Our Base: 10,000 hours (▲) - Our Advanced: 15,000 hours (▲▲) | Base: Reduces downtime. Advanced: Cuts maintenance costs by 40%. | Base: Limited for 24/7 operations. Advanced: Requires premium lubrication. |
Weight & Portability | Portable pumps, handheld tools | - Industry Standard: 2.5kg (ASTM D638) - Our Base: 2.0kg (▲) - Our Advanced: 1.8kg (▲▲) | Base: 20% lighter than standard. Advanced: Easier to install in tight spaces. | Base: Sacrifices minor structural rigidity. Advanced: May warp under extreme loads. |
Temperature Resistance | High-temperature environments (e.g., boilers) | - Industry Standard: 80°C (ASTM E1461) - Our Base: 120°C (▲) - Our Advanced: 150°C (▲▲) | Base: Operates in moderate heat. Advanced: Functions in extreme industrial settings. | Base: Fails at >120°C. Advanced: Requires thermal shielding for longevity. |