To produce Anviloy 1350 material, Chinatungsten Online uses special high temperature powder metallurgy processes. A low coefficient of thermal expansion, good thermal conductivity and good material properties at elevated temperatures combine for superior performance in a variety of applications. This unusual combination of properties results in less thermal fatigue and soldering in the die cast or extrusion. Anviloy 1350 tungsten alloy block has a high melting point and low coefficient of thermal expansion. We add other elements to the tungsten…

Anviloy 1150 tungsten alloy block has the high thermal conductivity and low coefficient of expansion, which resists thermal fatigue in most applications. Its high melting point gives it low solubility in the molten metal being cast, thereby reducing or eliminating soldering and erosion. The addition of alloying elements by powder metallurgy techniques increases ductility and makes it easily machined by conventional techniques. Anviloy 1150 tungsten alloy block is developed primarily for die-casting, aluminum permanent molding, and for difficult extrusion dies.…

Anviloy 1050 tungsten alloy block containing tungsten and molybdenum are well-known to solve the problems (insufficient thermal conductivity, high wear, sticking of aluminum) with molds in light metal die casting. The most commonly used, high-tech, products in the Die Casting Industry is Anviloy 1050 tungsten alloy rod. The use of Anviloy 1050 tungsten alloy rod during the foundry process can both improve quality and lower costs. Anviloy 1050 tungsten alloy block is applied to die cast tooling, extrusion die and…

ASTM B777-15 class4 tungsten alloy block is usually acknowledged for their diverse features like as robust construction, reliability, and longer, service life. It provides a safer alternative to lead block, and their higher density also enables them to hold their shape better, even under extreme conditions. So it is widely used in military for making bullets, barrels, counterweights etc. The properties of ASTM B777-15 class4 tungsten alloy block are: Matrix: 97% W Density: 18.25~18.85g/cc Hardness Rockwell Max: 35HRC Standard Alloy…

ASTM B777-15 class3 tungsten alloy block has many special properties such as high density, good wear resistance, good elongation capacity, excellent thermal stability and high radiation absorption capacity. It is the perfect choice for radiation shielding, crankshaft balancing, rotating inertia members, and ordnance components applications. The properties of ASTM B777-15 class3 tungsten alloy block are: Matrix: 95% W Density: 17.75~18.35g/cc Hardness Rockwell Max: 34HRC Standard Alloy Ultimate Tensile Strength: 105 KSI and 724 MPa Yield Strength (0.2% offset): 75 KSI…

ASTM B777-15 class2 tungsten alloy block has high density, excellent formability and machinability, outstanding corrosion resistance, high modulus of elasticity, impressive thermal conductivity and low thermal expansion. It is widely used as an ideal counterweight for high speed vehicles, aircraft. The properties of ASTM B777-15 class2 tungsten alloy block are: Matrix: 92.5% W Density: 17.15~17.85g/cc Hardness Rockwell Max: 33HRC Standard Alloy Ultimate Tensile Strength: 110 KSI and 758 MPa Yield Strength (0.2% offset): 75 KSI and 517 MPa Elongation: 5%…

ASTM B777-15 class1 tungsten alloy rod provides a unique combination of density, mechanical strength, machinability, corrosion resistance, and economy. It also provides distinct advantages when compared to traditional high-density materials such as lead or uranium. Chinatungsten Online is capable of supplying raw material or finished parts as well as custom grades to our customer’s specifications. The properties of ASTM B777-15 class1 tungsten alloy block are: Matrix: 90% W Density: 16.85~17.30g/cc Hardness Rockwell Max: 32HRC Standard Alloy Ultimate Tensile Strength: 110…

ASTM B777-99 class4 tungsten alloy rod has excellent radiation resistance, electric and thermal conductivities and corrosion resistance characters with high density and good mechanical strength. It is used in collimator and shielding components to provide protection against X-ray and γ-ray radiation. The properties of ASTM B777-99 class4 tungsten alloy block are: ASTM B777-99: class4 Matrix: 97% Density:18.25~18.85g/cc Hardness Rockwell Max: 35HRC Ultimate Tensile Strength: 100 KSI and 689MPa Yield Strength (0.2% offset):75KSI and517MPa Elongation: 2% Chinatungsten Online has advanced tungsten…

ASTM B777-99 class3 tungsten alloy block has many special properties such as high density, high melting point, wear resistance, high tensile strength, good elongation capacity, low vapor pressure, excellent thermal stability and high radiation absorption capacity, etc. And due to these advantages, It is widely used in various fields including the sports, industry and medicine, etc. Chinatungsten Online can custom machine any tungsten alloy block according to your specifications. The properties of ASTM B777-99 class3 tungsten alloy block are: ASTM…

ASTM B777-99 class2 tungsten alloy rod has incredible strength, consistent durability and long-lasting value. It is suitable for high-temperature environments and applications such as bearing assembly, ballast, casting, step soldering, and radiation shielding. The properties of ASTM B777-99 class2 tungsten alloy block are: ASTM B777-99: class2 Matrix: 92.5% Density: 17.15~17.85g/cc Hardness Rockwell Max: 33HRC Ultimate Tensile Strength: 110 KSI and 758MPa Yield Strength (0.2% offset): 75KSI and517MPa Elongation: 5% Chinatungsten Online offers a variety of ASTM B777-99 class2 tungsten alloy…