Rare Earth Alloy

Copper Zirconium master alloy enhances strength and conductivity via precipitation strengthening. Achieves over 550 MPa strength and 80% IACS conductivity. Customizable Zr content from 10-80%. Ideal for EV connectors, lead frames, and high-end cables. Available in lump form with custom packaging.

Copper-lanthanum master alloy precisely customizes La content from 5% to 25% to refine grains, purify melt, and boost strength, hardness, and conductivity. Ideal for electrical, transportation, and high-end manufacturing. GB/T 39233-2020 compliant. Available in lumps or custom forms.

High-performance copper cerium master alloy with 10-30% cerium content. Deeply purifies melt, refines grains, and optimizes impurity morphology. Improves conductivity, strength, corrosion and wear resistance. Customizable composition and packaging. Ideal for electrical, marine, and machinery applications.

High-performance modifier for steel, offering deep purification, grain refinement, and inclusion spheroidization. Enhances strength, toughness, and corrosion resistance. Customizable Y content (5-80%) and packaging. Ideal for energy, stainless, and specialty steels.

Customizable iron-cerium master alloy (5-50% Ce) enhances steel strength, toughness, and corrosion resistance via purification, modification, and microalloying. Ideal for structural, stainless, and advanced steels. Available in irregular lumps or custom forms with 50 kg drum packaging.

High-efficiency grain refiner with 15-30% Zr content. Over 95% of zirconium particles are sub-3 microns, uniformly dispersed for superior nucleation. Enhances strength, plasticity, and castability. Customizable composition and packaging. Ideal for automotive, aerospace, and high-quality magnesium alloy production.

Mg-Y master alloy with 5-50% yttrium content enhances high-temperature strength, creep resistance, and corrosion resistance. Ideal for aerospace, EV, and industrial applications. Supports precise customization and standard waffle ingot form. Stable quality per national standards.

Enhance magnesium alloy performance with Sc content from 2% to 30%. Achieves superior strength, heat resistance above 300°C, and grain refinement. Ideal for aerospace, robotics, and additive manufacturing. Supports custom compositions and packaging.

This master alloy boosts strength and heat resistance in magnesium alloys via stable intermetallic phases. Ideal for aerospace, EV, and consumer electronics. Supports precise Nd content customization from 5 to 50 percent. Standard 50 kg drum packaging with custom options available.

Enhances high-temperature strength and creep resistance in magnesium alloys via solid solution and precipitation strengthening. Ideal for aerospace, EV, and industrial applications. Supports precise Gd content customization from 10% to 50%. Stable quality, custom packaging available.

High-performance Mg-Er master alloy improves mechanical properties, corrosion resistance, and high-temperature stability. Ideal for aerospace, EV, and 3C applications. Supports precise Er content customization and custom packaging. Request MSDS for safety details.

Cost-effective Mg-Ca master alloy provides melt protection, grain refinement, and high-temperature performance. Customizable 10-30% calcium content. Ideal for automotive, 3C, and industrial applications. Enhances strength, creep resistance, and rollability.

High performance aluminium yttrium master alloy ingot precisely customizable with 5-25 percent yttrium content. Enhances oxidation resistance, refines grains, and improves high temperature strength. Ideal for automotive, aerospace, and electronics applications. Available in 50 kg sealed iron drums with custom packaging options.

High-performance microalloying optimizer with 2-20 percent customizable Yb content. Refines structure, enhances strength and corrosion resistance. Ideal for transportation, electronics, and precision manufacturing. Available in 50 kg drums with custom options.

Aluminium-Tungsten master alloy ingot with customizable 2.5-15% tungsten content. Enhances high-temperature strength, wear resistance, and thermal stability for aerospace, automotive, and defense components. Ideal for lightweight, extreme-condition applications.

High-performance AlTi master alloy for grain refinement and strengthening of aluminum alloys. Forms TiAl3 phases to enhance strength, hardness, thermal stability, and corrosion resistance. Customizable Ti content from 2% to 30%. Ideal for aerospace, EV, and industrial applications.

Aluminium Scandium master alloy with 2% to 20% Sc content, available in ingot form. It refines grains and forms nanoscale Al3Sc phases for superior strength, toughness, thermal stability, and corrosion resistance. Ideal for lightweight transport, sports equipment, and advanced manufacturing. Custom compositions and packaging available.

Aluminium Neodymium master alloy enhances high temperature strength, thermal stability, and corrosion resistance. Ideal for automotive, aerospace, and semiconductor applications. Available in 50 kg sealed iron drums with custom packaging options. Stable quality with uniform composition.

Customizable Al-Mn master alloy ingot with 10-30% Mn content. Enhances strength, corrosion resistance, and thermal stability in aluminum alloys. Ideal for automotive, electronics, and construction. Available in 50 kg drums with custom packaging and MSDS support.

Al-La master alloy with 5-20% lanthanum content enhances aluminum alloy purification, grain refinement, and casting performance. Customizable ingot form improves density, mechanical properties, and processability. Ideal for automotive, 5G, and high-end consumer applications.