Magnetic Strength | Heavy machinery, industrial lifting | Industry Standard: BHmax 35–42 MGOe Our Base: N35–N42 (BHmax 35–42 MGOe) Our Advanced: N45–N52 (BHmax 45–52 MGOe▲▲) | ▲▲ Advanced: 52 MGOe (strongest commercially available)▲ Base: Cost-effective for moderate loads | Higher grades may require cooling in high-heat environments |
Coating Durability | Corrosive environments (e.g., marine) | Industry Standard: Zinc coating (500hr salt spray) Our Base: Ni-Cu-Ni (1000hr▲) Our Advanced: Silver-plated Ni-Cu-Ni (2000hr▲▲) | ▲▲ Advanced: Resists harsh chemicals and saltwater▲ Base: Meets industrial standards | Silver coating adds cost; avoid in high-temperature applications |
Temperature Resistance | Automotive, aerospace | Industry Standard: Max 80°C Our Base: 80°C▲ Our Advanced: 120°C▲▲ (N42SH/N52AH grades) | ▲▲ Advanced: Operates in extreme heat (e.g., engine compartments) | Lower BHmax at elevated temps compared to standard grades |
Dimensional Precision | Precision robotics, electronics | Industry Standard: ±10% tolerance Our Base: ±5%▲ Our Advanced: ±2%▲▲ (ISO 10 tolerance class) | ▲▲ Advanced: Fits tight mechanical tolerances▲ Base: Reduces assembly errors | Tighter tolerances increase manufacturing costs |
Corrosion Resistance | Medical devices, food processing | Industry Standard: Uncoated (rust-prone) Our Base: Ni coating (1000hr▲) Our Advanced: Epoxy encapsulation (5000hr▲▲) | ▲▲ Advanced: Fully sealed against moisture and chemicals▲ Base: Meets FDA compliance | Encapsulation limits magnetic field accessibility |
Cost-Performance Ratio | General industrial use | Industry Standard: Low-grade ferrite magnets Our Base: N35 (cost-effective▲) Our Advanced: N52 (premium performance▲▲) | ▲▲ Advanced: High strength for compact designs▲ Base: Budget-friendly for basic tasks | Advanced versions may exceed project budget requirements |