Tungsten Heavy Alloy
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A counterweight is also used in many rotating systems to reduce vibrations due to imbalances in the rotating assembly. A typical example is counterweights on crankshafts in piston engines.
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tungsten nickel copper alloy
Description:
Tungsten-nickel-copper alloy is made of tungsten, nickel, copper and other chemical elements in appropriate proportion. Alloys are mainly with over 85% tungsten and low amounts of nickel, copper, etc. The ratio of added nickel and copper is normally 3:2.WNiCu alloys are produced in processes of liquid phase sintering and added elements alloying, etc. Due to various characteristics and uses of the alloy, the compositions can be divided into main series of W-Ni-Fe, W-Ni-Cu, W-Co, W-WC-Cu, W-Ag, etc.Application:
1.WNiCu alloy is widely used in fields of aerospace, aviation, military and oil drilling;
2.It is also applied for electrical instrumentation, medical and industrial purpose;
3.WNiCu alloys can also used for producing balancing weights, high temperature moulds, electro-heat upsetting anvil block, the core of armour piercing shell and protection shields for high-energy rays.Features:
1.Tungsten-nickel-copper alloy has a high density of 16.8g/cm3 to 18.75g/cm3;
2.It has high tensile strength from 700 to 1000 MPa;
3.It owns strongly absorbed radiation capacity, which is about 30% to 40% higher than that of lead;
4.WNiCu alloy has large coefficient of thermal conductivity, which is five times higher than mold steel;
5.The coefficient of thermal expansion is fairy small. The coefficient only accounts for 1/3 to 1/2 of iron or steel’s;
6.Tungsten-nickel-copper alloy possesses good conductive property, high strength as well as good weldability and workability;
7.WNiCu alloy is a kind of non-magnetic metal.Parameters of WNiCu Alloys:
90-97% WNiCu alloy tube as high temperature mouldsProduct Show
Description:
Tungsten-nickel-copper alloy is made of tungsten, nickel, copper and other chemical elements in appropriate proportion. Alloys are mainly with over 85% tungsten and low amounts of nickel, copper, etc. The ratio of added nickel and copper is normally 3:2.WNiCu alloys are produced in processes of liquid phase sintering and added elements alloying, etc. Due to various characteristics and uses of the alloy, the compositions can be divided into main series of W-Ni-Fe, W-Ni-Cu, W-Co, W-WC-Cu, W-Ag, etc.
Application:
1.WNiCu alloy is widely used in fields of aerospace, aviation, military and oil drilling;
2.It is also applied for electrical instrumentation, medical and industrial purpose;
3.WNiCu alloys can also used for producing balancing weights, high temperature moulds, electro-heat upsetting anvil block, the core of armour piercing shell and protection shields for high-energy rays.Features:
1.Tungsten-nickel-copper alloy has a high density of 16.8g/cm3 to 18.75g/cm3;
2.It has high tensile strength from 700 to 1000 MPa;
3.It owns strongly absorbed radiation capacity, which is about 30% to 40% higher than that of lead;
4.WNiCu alloy has large coefficient of thermal conductivity, which is five times higher than mold steel;
5.The coefficient of thermal expansion is fairy small. The coefficient only accounts for 1/3 to 1/2 of iron or steel’s;
6.Tungsten-nickel-copper alloy possesses good conductive property, high strength as well as good weldability and workability;
7.WNiCu alloy is a kind of non-magnetic metal. -
A gyroscope rotor is a device for measuring or maintaining orientation, based on the principles of angular momentum. A mechanical gyroscope rotor is essentially a spinning wheel or disk whose axle is free to take any orientation.
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Tungsten heavy alloys usually consist of W-Ni- Fe or W-Ni- Cu or W-Ni-Cu-Fe, tungsten heavy alloy is created with addition of: Co¡¢Mo¡¢Cr, etc. When tiny, yet heavy parts are needed, such as counterweights in golf clubs, fishing weights, and penetrating projectiles.
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Tungsten alloy strip is in small volume with high density, which means it could be used in some fields need the little but heavy parts, such as counterweights for racing car, boat, yacht; sailboat, airplane, helicopter, racket, tank, etc.
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We offers tungsten alloy counterweights for a variety of applications, including but not limited to various kinds of parts and tungsten alloy screw for golf clubs and weights for both clubs and balls. Our sales team is dedicated to serving you through excellent customer service and product quality.We are strategically located efficient and innovative private company. Our mission is to meet your requirements. Flexibility is our strength. We pride ourselves in being able to find the right solution for every customer.
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Tungsten nickel copper alloy price
Product Show
Description:
Tungsten-nickel-copper alloy is made of tungsten, nickel, copper and other chemical elements in appropriate proportion. Alloys are mainly with over 85% tungsten and low amounts of nickel, copper, etc. The ratio of added nickel and copper is normally 3:2.WNiCu alloys are produced in processes of liquid phase sintering and added elements alloying, etc. Due to various characteristics and uses of the alloy, the compositions can be divided into main series of W-Ni-Fe, W-Ni-Cu, W-Co, W-WC-Cu, W-Ag, etc.
Application:
1.WNiCu alloy is widely used in fields of aerospace, aviation, military and oil drilling;
2.It is also applied for electrical instrumentation, medical and industrial purpose;
3.WNiCu alloys can also used for producing balancing weights, high temperature moulds, electro-heat upsetting anvil block, the core of armour piercing shell and protection shields for high-energy rays.Features:
1.Tungsten-nickel-copper alloy has a high density of 16.8g/cm3 to 18.75g/cm3;
2.It has high tensile strength from 700 to 1000 MPa;
3.It owns strongly absorbed radiation capacity, which is about 30% to 40% higher than that of lead;
4.WNiCu alloy has large coefficient of thermal conductivity, which is five times higher than mold steel;
5.The coefficient of thermal expansion is fairy small. The coefficient only accounts for 1/3 to 1/2 of iron or steel’s;
6.Tungsten-nickel-copper alloy possesses good conductive property, high strength as well as good weldability and workability;
7.WNiCu alloy is a kind of non-magnetic metal.Parameters of WNiCu Alloys:
90-97% WNiCu alloy tube as high temperature mouldsProduct Show
Description:
Tungsten-nickel-copper alloy is made of tungsten, nickel, copper and other chemical elements in appropriate proportion. Alloys are mainly with over 85% tungsten and low amounts of nickel, copper, etc. The ratio of added nickel and copper is normally 3:2.WNiCu alloys are produced in processes of liquid phase sintering and added elements alloying, etc. Due to various characteristics and uses of the alloy, the compositions can be divided into main series of W-Ni-Fe, W-Ni-Cu, W-Co, W-WC-Cu, W-Ag, etc.
Application:
1.WNiCu alloy is widely used in fields of aerospace, aviation, military and oil drilling;
2.It is also applied for electrical instrumentation, medical and industrial purpose;
3.WNiCu alloys can also used for producing balancing weights, high temperature moulds, electro-heat upsetting anvil block, the core of armour piercing shell and protection shields for high-energy rays.Features:
1.Tungsten-nickel-copper alloy has a high density of 16.8g/cm3 to 18.75g/cm3;
2.It has high tensile strength from 700 to 1000 MPa;
3.It owns strongly absorbed radiation capacity, which is about 30% to 40% higher than that of lead;
4.WNiCu alloy has large coefficient of thermal conductivity, which is five times higher than mold steel;
5.The coefficient of thermal expansion is fairy small. The coefficient only accounts for 1/3 to 1/2 of iron or steel’s;
6.Tungsten-nickel-copper alloy possesses good conductive property, high strength as well as good weldability and workability;
7.WNiCu alloy is a kind of non-magnetic metal.Parameters of WNiCu Alloys:
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Deep boring operations require the use of tool holders. To achieve the best precision, vibrations must be eradicated.
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Tungsten alloy is generally used by aerospace designers for balancing components or reducing vibration.Tungsten alloy aircraft with high density allows maximum sensitivity from optimum mass and is particularly valuable in situations where a large mass has to be contained in a confined space.
