Products in Metals, Alloys & Complexes: Aluminum Compounds

Gelest ALUMINUM ISOPROPOXIDE (AKA070) is a reagent used for the reduction of carbonyls to alcohols. It reacts with higher glycols in the non-hydrolytic method to yield ceramics. It also functions as an antioxidant and is commonly used in chemical production.

Gelest ALUMINUM s-BUTOXIDE (AKA020) is employed in the preparation of alumina sols and cordierite ceramics. It is used as a primer for adhesives on mild steel and in catalyst manufacturing and chemical production.

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 Silicon Powder S-8 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.

AlB3 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

M.M.P MMP1000 is used in ferro alloys/aluminothermic/ welding.

Valimet Aluminum Powder V-60 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.

M.M.P MMP3000r is used in speciality refractories.

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

M.M.P MMP1030 is used in ferro alloys/ foundry / chemical.

AlSr5 are widely used in structure modification of hypoeutectic Aluminum Silicon foundry alloys, making them stronger, improving their mechanical properties and producing a dispersion of their porosity.

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.

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.

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.

M.M.P MMP2000 is used in foundry / chemical.

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

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

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

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.

Valimet Spherical Aluminum Powder H-2 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.

Valimet Aluminum Silicon Powder S-20 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.

AlB8 increase the purity and electrical conductivity of aluminum by reacting with chromium, titanium, vanadium and zirconium and making them precipitate as insoluble borides.

Aluminum Brazing is aluminum alloyed with silicon and other elements produced via atomization using either inert gas or air. Inert gas atomization results in spherical aluminum alloy powders and air atomization in irregular shape particles. A Typical grade would be AlSi12 with or without minor elemental additions.

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.

AlCa10 improve the as-cast surface quality of 5000 series alloys among other several applications.

U.S. Metal Powders Aluminum Alloy Powders has a wide varieties which are 4000, 6000, 7000 series.

Valimet Aluminum Silicon Powder S-2 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.

Valimet Spherical Aluminum Powder H-15 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.

Valimet Spherical Aluminum Powder H-10 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.

Valimet Aluminum Silicon Powder S-10 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.

Valimet Aluminum Powder M-2 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.

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.

AlCa6 improve the as-cast surface quality of 5000 series alloys among other several applications.

M.M.P MMP-4000 is used in speciality explosives/ refractories.

Valimet AM 7075 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.