High-Temperature Sintered Neodymium Magnet – ISO 14001 Certified for Industrial Applications
Meta Title: ISO 14001 High-Temp Sintered NdFeB Magnets | 150–230 °C Grade | Industrial Use
Meta Description: Certified ISO 14001 high-temperature sintered neodymium magnets (N35AH–N54UH) rated 150–230 °C. Precise tolerances, anti-corrosion coatings, and fast global delivery for motors, sensors, and pumps.
-
Product Overview
Boost efficiency in demanding environments with our high-temperature sintered neodymium magnets. Manufactured under ISO 14001 environmental standards, they retain ≥90 % flux at 150 °C to 230 °C, outperforming standard N-series grades. Ideal for servo motors, turbochargers, magnetic couplings, and down-hole sensors.
-
Key Features & Benefits
Feature |
Benefit |
H-grade thermal stability |
N35AH–N54UH grades maintain Br ≥ 11.0 kG at 180 °C. |
ISO 14001 certified plant |
Traceable, eco-friendly production; REACH & RoHS compliant. |
±0.05 mm tolerance |
Press-fit into rotors without additional machining. |
Triple-layer coatings |
Ni-Cu-Ni, Zn, epoxy, or parylene for 500 h salt-spray resistance. |
Custom shapes & sizes |
Blocks, rings, arcs, segments; laser-cut to drawing. |
Fast global shipping |
Stock blanks + 7-day custom production. |
-
Technical Specifications (Schema Table)
Property |
Typical Values |
Grade Range |
N35AH, N38SH, N42UH, N54UH |
Max Operating Temp |
150 °C (SH) – 230 °C (AH) |
Remanence (Br) |
11.7–14.3 kG |
Coercivity (Hcj) |
≥ 25 kOe (AH grade) |
Pull Force |
5 N–500 N per piece (size dependent) |
Dimensions |
1 mm³ – 150 mm³ blocks, OD ≤ 120 mm rings |
Tolerance |
±0.05 mm, ±0.1° angles |
Coatings |
Ni-Cu-Ni, Zn, black epoxy, parylene, Teflon |
Certifications |
ISO 14001, ISO 9001, IATF 16949, REACH, RoHS |
-
Industrial Applications
• Servo & stepper motors – high torque density at 180 °C winding temps.
• Automotive turbo actuators – survives exhaust manifold heat.
• Oil & gas sensors – reliable flux in 200 °C down-hole tools.
• Magnetic couplings & pumps – zero leakage, high torque transfer.
• Wind turbine pitch control – long-term demagnetization resistance.