Non-Magnetic WC-Ni Carbide Precision Tools with Long-Lasting Edge Retention and Excellent Impact Resistance for Magnetic-Sensitive Metalworking

In precision metalworking—particularly when machining magnetic materials, manufacturing components for sensitive equipment, or operating in EMI-sensitive production environments—standard carbide cutting tools present significant risks. Magnetic tool substrates can transfer residual magnetism to workpieces, interfere with in-process measurement systems, and compromise final component performance.

Our Non-Magnetic Precision Cutting Tools are engineered specifically to overcome these challenges. Manufactured from advanced WC-Ni (Tungsten Carbide-Nickel) alloy systems, these tools deliver the essential combination of absolute magnetic neutrality, exceptional hardness, and superior wear resistance for the most demanding metalworking applications—from aerospace alloy turning to medical device micro-machining and magnetic material cutting.

WC-Ni based cutting tools achieve impressive mechanical properties that rival or exceed conventional carbide grades:

This hardness translates to 3-5x longer tool life than hardened tool steel and comparable wear resistance to standard carbide—but without the magnetic drawbacks.

WC-Ni based cutting tools have demonstrated 3.2% to 7.9% lower friction coefficients compared to conventional WC-Co tools, leading to smoother cutting action, reduced heat generation, and extended tool life.