95WNiFe Heavy Tungsten Alloy Billets 750 MPa High Hardness Machined

Product Description

95WNiFe High Hardness Machined Heavy Tungsten Alloy Billets

Heavy Tungsten Alloy Billets are usually composed of tungsten nickel iron, tungsten nickel copper and even tungsten nickel copper iron. In addition, cadmium, molybdenum and other metals are added. It can be made into any shape. High gravity tungsten alloy tube is a common radiation shielding material and military product. Such as shotguns, hunting gear, missiles, armor piercing bullets, oil drilling tools, etc.

What is Heavy Tungsten Alloy Billets?

1. Tungsten alloy tubes have the advantages of high density (higher than 60% of lead), good mechanical strength, low thermal expansion, good corrosion resistance, high radiation absorption capacity (higher than lead), simple economic cycle, high strength, high specific gravity, and are suitable for radiation shielding. The high gravity tungsten alloy tube provides the same radiation shielding capacity as lead, while reducing the volume and thickness of the shielding container.

2. Compared with lead and depleted uranium, tungsten alloy has the advantages of non-toxic and pollution-free. High gravity tungsten alloy tubes are mainly used for the protection of medicine bottles and syringes.

3. Tungsten alloy balls can be used as parts of prefabricated fragments. Prefabricated fragments are prefabricated fragments of different shapes and qualities, such as prefabricated steel balls, steel arrows, steel arrows, tungsten alloy balls, tungsten columns, etc., which are combined into a group of prefabricated fragments and installed on the outer or inner surface of the grenade. The fragments from the explosion of these prefabricated shells and grenades form a natural debris field.

Heavy Tungsten Alloy Billets Picture:

Application of Heavy Tungsten Alloy Billets

1. application in aerospace, missile and aviation industry

2. application in conventional weapons

3. application in machinery manufacturing and instrument industry

4. shielding material