Industrial Grade Materials

High strength (57MPa), toughness and excellent fatigue resistance. Excellent machinability.

Major alloying elements are magnesium and silicon, with trace amounts of copper.

Good corrosion resistance and weldability, highly suitable for cold forming.

Typically rolled and extruded, it has moderate strength, excellent weldability, and thermal conductivity.

A moderately strong rolled plate widely used in the capital goods industry.

Suitable for blanking and forming dies, strengthened by chromium, molybdenum, and vanadium carbides.

Excellent corrosion resistance, comparable to 420 stainless steel, ultra-mirror polishability.

Maintains high hardness at 600°C, resistant to hot and cold cycling cracking.

Tensile strength ≥980MPa after quenching and tempering, chromium improves heat treatment effects.

Can be polished to #15000 and above, supplied pre-hardened without need for heat treatment.

Direct machining in pre-hardened state, nickel improves overall performance.

Suitable for heat treatment strengthening, for parts bearing large loads.

Low thermal conductivity forged carbon steel, tensile strength up to 630MPa.

Yield strength is about twice that of 304, resistant to seawater and acidic media.

High chromium carbide strengthened, uniform hardening of large sections.

High ductility and toughness, excellent corrosion resistance.

Performance can be improved by heat treatment (annealing).

Low thermal conductivity, excellent corrosion resistance.

Close to pure copper, conductivity ≥90% IACS.

Tensile strength up to 1400MPa after aging.

Tensile strength ≥350MPa, excellent cold workability.

Excellent thermoformability, easy to weld or braze.

Excellent balance of thermal conductivity and high-temperature strength.

Extremely high thermal conductivity, but soft material makes it gummy during CNC machining.

Excellent corrosion resistance, preferred material for medical implants.

Low thermal stress, good corrosion resistance.