High Hardness Density 95WNiFe Tungsten Alloy Drill For Industrial
ToolsTungsten Alloy Drill is usually composed of tungsten-nickel iron,
tungsten-nickel copper or even tungsten-nickel copper iron. In
addition, metals such as cadmium and molybdenum are added. It can
be made into any shape. Ultra-gravity tungsten alloy tubes are
commonly used in nuclear radiation shielding and military products.
For example, they are used as hunting rifles, hunting gear,
missiles, armor-piercing shells, weight distribution on oil RIGS,
etc. What is Tungsten Alloy Drill?Tungsten alloy tube is suitable for radiation due to its high
density (60% higher than lead), good mechanical strength, low
thermal expansion, good corrosion resistance, high radiation
absorption capacity (higher than lead), simple economic cycle, high
strength and high specific gravity . Shield Ultra Gravity Tungsten
Alloy Tube provides the same radiation shielding capabilities as
lead while reducing the volume and thickness of the shielding
container. Compared with lead and depleted uranium, tungsten alloy also has
the advantages of non-toxic and non-polluting. Ultra-gravity
tungsten alloy tubing is mainly used to protect vials and syringes. Tungsten alloy balls can be used as parts for prefabricated
fragments. The formation and mass of prefabricated fragments, such
as steel balls, steel arrows, steel arrows, tungsten alloy balls
and tungsten columns, enables a set of prefabricated fragments to
be mounted on the outer or inner surface of the grenade. These
prefabricated shell fragments and grenade explosions created a
natural debris field. The impact of a grenade placed in a pre-made grenade frame is
relatively dense due to the consistency of the flight resistance
characteristics of the pre-made grenade, and the full bomb
increases the damage to a greater extent. In addition, tungsten
alloy balls are environmentally friendly and lead-free, and are
increasingly used in tungsten fishing gear.
Application of Tungsten Alloy DrillUsed in the aerospace, missile and aerospace industries Used in conventional weapons Used in machinery manufacturing and instrumentation industries shielding material Used in the electrical industry.
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