Products in Alloys

Boron Nitride NanoBarb™ Aluminum Master Alloy uses a proprietary process to incorporate and evenly disperse the Boron Nitride NanoBarbsTM into Aluminum to create the Master Alloy Composition.

Valimet Aluminum Powder V-43 is produced by inert gas atomization and offers excellent packing density, low viscosity mixing and predictable flow rates. This attribute makes it ideal for a diverse range of end uses. It contains a minimum of 99.7% weight of Aluminum. It is equivalent to existing military and/or commercial specifications.

AZSA 37 202 is used in Pressure die-cast parts or gravity cast in metallic molds which requiere elevated resistance to traction and firmness. Die-cast parts can easily be painted, copper-plated, nickel-plated, chromium-plated, etc.

VDM® Powder 738LC is the low carbon powder variant of a precipitation hardenable nickel-base alloy for use in additive manufacturing. The alloy is strengthened mainly through the precipitation of ’-phase with Ni3(Al, Ti).

Rio Tinto Metal Powders Atomet 4001 is highly compressible water atomized low alloy steel powder containing 0.50% molybdenum designed for high performance, high strength powder metallurgy and powder forging applications.

Alucal 50ULT has high capacity of absorption of steel inclusions and provides good protection against H2 /N2/O2 pick up.

Valimet Aluminum Powder M-1 is produced by inert gas atomization and offers excellent packing density, low viscosity mixing and predictable flow rates. This attribute makes it ideal for a diverse range of end uses. It contains a minimum of 99.7% weight of Aluminum. It is equivalent to existing military and/or commercial specifications.

Gulf Ferro Alloys Ferro Vanadium B is produced using an Aluminothermic process using flux such as calcium oxide or calcium fluoride plus aluminum , V2O5, and iron scrap. Other processes used to produce ferrovanadium include electro-aluminothermic, aluminothermic and electro-silicothermic.

Valimet Spherical Aluminum Powder H-3 is produced by inert gas atomization and offers excellent packing density, low viscosity mixing and predictable flow rates. This attribute makes it ideal for a diverse range of end uses. It contains a minimum of 99.7% weight of Aluminum. It is equivalent to existing military and/or commercial specifications.

Rio Tinto Metal Powders Atomet 1001 is a highly compressible, water-atomized steel powder specifically designed for high density, high strength powder metallurgy and powder forging applications.

Rhenium Alloys Rhenium Rod 99.99% Pure offers high ductility and strength, designed for various applications such as satellite positioning nozzles, aerospace propulsion components and other demanding parts that must withstand extreme thermal shock, high temperature and stress applications.

Yunan Tin Tin Ingot Sn99.90 is a silvery white metal. Tin is easy to be rolled into a foil of 0.04mm thanks to its good ductility which is only inferior to gold, silver and copper. But the tensility of white tin is so bad that it cannot be pulled into wire. It is a silvery white metal.

ZINC ALLOY 505 is a soft material, copper hardened zinc alloy used for general purposes. It exhibits good strength and excellent ductility and formability.

Valimet Aluminum Silicon Powder S-5 is made from the Eutectic Alloy 4047 (11-13% Si). This is well suited for corrosion and erosion-resistant coatings, catalytic reactions, and metal matrix composites. It corresponds to Pratt & Whitney, General Electric, Boeing, Rolls Royce, and other commercial specifications.

Alucal 57 has high capacity of absorption of steel inclusions and provides good protection against H2 /N2/O2 pick up.

AlB5 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

Yunan Tin Lead lngot Pb99.96 is mainly used to make lead-contained alloys, storage battery, also used as acid-resistant or anticorrosive material.

AlB10 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

Rhenium Alloys Rhenium Powder 99.9% Pure are widely used in the production of high density, high temperature parts for aerospace, defense, energy and X-ray device industries.

AlTi6 enhance Al alloys mechanical properties also contributing to grain refinement.

Alucal 52F has high capacity of absorption of steel inclusions and provides good protection against H2 /N2/O2 pick up.

Belmont Metals 5% Beryllium Aluminum are available in shapes of waffle, ingot, slab and pieces. Addition of small amounts of Beryllium appreciably resists oxidation in both the liquid and solid states.

Belmont Metals 40% Ferro Aluminum is available in the form of waffle and slabs and used to enhance properties of aluminum alloys to increase fluidity, hardness, & castability.

Rio Tinto Metal Powders Atomet 4801 is a highly compressible, water-atomized alloy steel containing 4.0% Ni designed for use in high-strength applications, requiring high wear resistance. The sinter hardening properties of Atomet 4801 allow parts to be fabricated requiring no additional processing other than an optional tempering to increase strength even further. Prealloying removes all free Ni from the powder, ensuring health and safety norms are respected.

AlB4 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

VDM® Powder 59 is the powder variant of a nickel-chromium-molybdenum alloy developed by VDM Metals, which has particularly low concentrations of carbon and silica and is characterized by excellent corrosion resistance.

Valimet Spherical Aluminum Powder H-5 is produced by inert gas atomization and offers excellent packing density, low viscosity mixing and predictable flow rates. This attribute makes it ideal for a diverse range of end uses. It contains a minimum of 99.7% weight of Aluminum. It is equivalent to existing military and/or commercial specifications.

Belmont Metals 20% Chromium Aluminum is available in the shape of waffle. Chromium will improve strength without adversely affecting ductility.

JADCO 450 is a high-quality steel that is ideal for moderate to high abrasion and impact applications. JADCO 450 has a longer service life than mild steel due to the heat-treating processes and chemistry. Its low carbon and alloy content allows for excellent weldability and forming capabilities. This product is popular because it lends itself to being a less expensive material option.

Valimet AM 357 is specifically designed for additive manufacturing. This powder is sized to eliminate fines and enhance flowability after atomization via inert gas for spherical morphology. Its particle size distributions are tailored to maximize density, improve mechanical properties and optimize printing performance while meeting stringent OEM specifications.

AZSA 37 205 is used in Pressure die-cast parts or gravity cast in metallic molds which requiere elevated resistance to traction and firmness. Die-cast parts can easily be painted, copper-plated, nickel-plated, chromium-plated, etc.

Rhenium Alloys Rhenium Powder 99.99% are widely used in the production of high density, high temperature parts for aerospace, defense, energy and X-ray device industries.

Alcoa MIC-6 Aluminum Mold Alloy is a blend of the most desirable features of many individual metals. The result is a cast aluminum plate that meets the challenge of product accuracy demanded by today’s industry. Because of its cast granular structure and stress relieving properties, MIC-6 allows high-speed metal removal with little, if any, of the distortion commonly inherent in long grained wrought, flat-rolled metals. Using proper aluminum machining methods, tolerances in the thousandths can be consistently maintained. MIC-6 is finished to 20 microinches typical on both sides. MIC-6 is produced by continuous casting with each thickness individually cast. By utilizing the most recent developments in casting techniques, the molten metal is continuously fed, eliminating defects from lapses and seams. Thermal gradients are stabilized since heat is removed from both plate surfaces at a balanced rate. The employment of a SNIF filtering and degassing system ensures an end product free of voids and impurities.

Asturiana de Zinc, S.A.U. ZnAl –CGG is used in Galvanizing, alloying, metalizing, solders, Zn-Al master alloy, batteries.