Metal Alloy Fine Surface 19.15g/cm3 Tungsten Targets

About Metal Alloy Fine Surface 19.15g/cm3 Tungsten Targets:   

High density: The density of the 19.15g/cm3 tungsten target is very high, which means that it has a high mass concentration, so the tungsten target can remain stable when subjected to high energy. This high-density property gives tungsten targets an advantage in manufacturing high-strength and high-density components.

Good thermal stability: The 19.15g/cm3 tungsten target can maintain its physical and chemical properties at high temperatures. This characteristic makes tungsten targets perform well in high-temperature applications, such as manufacturing high-temperature stoves, electronic devices, etc.

Good thermal conductivity: The 19.15g/cm3 tungsten target has excellent thermal conductivity and can conduct heat quickly. This allows the tungsten target to effectively dissipate heat in equipment that needs to withstand high temperatures, improving the stability and service life of the equipment.

High strength: The 19.15g/cm3 tungsten target has high strength and hardness due to its high density and good thermal stability. This makes tungsten targets excellent for making parts that withstand high pressures and shocks, such as making nozzles, cutting tools, etc.

Good wear resistance: 19.15g/cm3 tungsten target has good wear resistance and can maintain its surface quality under high friction conditions. This characteristic gives tungsten targets an advantage in manufacturing wear-resistant parts, such as bearings, gears, etc.

Good corrosion resistance: 19.15g/cm3 tungsten target has good corrosion resistance to most acids, bases, and salts and can remain stable in various chemical environments. This characteristic makes tungsten targets advantageous in manufacturing corrosion-resistant components such as chemical equipment and pipes.

Good oxidation resistance: 19.15g/cm3 tungsten target cannot quickly oxidize at high temperatures and can maintain its surface quality and performance. This characteristic makes tungsten targets advantageous in manufacturing high-temperature components such as stoves and electronic equipment.

Good processing performance: The 19.15g/cm3 tungsten target has good processing performance and can be turned into milling, drilling, and other machining operations. This gives the tungsten target flexibility in manufacturing parts of various shapes and sizes.

Production Method of Metal Alloy Fine Surface 19.15g/cm3 Tungsten Targets:     

Raw material preparation: First, it is necessary to prepare high-purity tungsten powder or tungsten strips as raw material. The purity of tungsten powder should be higher than 99.9%, and the tungsten strip should be dense and homogeneous tungsten billet.

Compact forming: Tungsten powder or tungsten strip is placed in the mold, and pressure is applied to close forming. The shape and size of the compact shall be the same or similar to the shape and size of the tungsten target to be produced.

Sintering: The compact is placed in the sintering furnace for sintering. The sintering temperature and time should be determined according to the material and performance requirements of the tungsten target to be produced to ensure the density and strength of the tungsten target.

Machining: The sintered tungsten target needs to be machined to obtain the desired shape and size. Machining includes turning, milling, drilling, etc. 

Polishing: The processed tungsten target needs to be polished to remove burrs and oxides on the surface and improve the surface finish and beauty.

Inspection: Finally, the tungsten target must be inspected to ensure it meets the quality requirements. Inspection includes appearance inspection, size inspection, performance testing, and so on.

In the production process, each step has its own specific requirements and operating methods, which need to be strictly operated following the process requirements to produce high-quality 19.15g/cm3 tungsten targets. At the same time, due to the high price of tungsten targets, they are usually only used when they need to withstand high temperatures and high-strength applications.

Application of Metal Alloy Fine Surface 19.15g/cm3 Tungsten Targets:    

Aerospace: The high density, high strength, and good thermal stability of 19.15g/cm3 tungsten targets make them ideal for high-temperature melting and casting in the manufacturing aerospace sector. For example, in manufacturing superalloy components such as aero-engine blades and turbine discs, 19.15g/cm3 tungsten targets must be used for high-temperature melting and casting.

Automotive industry: The high strength, high density, and good wear resistance of the 19.15g/cm3 tungsten target make it an ideal material for manufacturing in the automotive sector. For example, when manufacturing superalloy components such as automobile engine parts and transmission gears, 19.15g/cm3 tungsten targets are needed for high-temperature melting and casting.

Electronics Industry: The high purity, high density, and good thermal conductivity of 19.15g/cm3 tungsten target make it an ideal material for manufacturing high-precision components in the electronics industry. For example, when manufacturing components such as lead frames and connectors for electronic components, 19.15g/cm3 tungsten targets are needed for machining and manufacturing.

Steel industry: The high strength, high density, and good corrosion resistance of 19.15g/cm3 tungsten target make it an ideal material for manufacturing steel industry. For example, 19.15g/cm3 tungsten targets are required for high-temperature melting and casting in manufacturing products such as high-grade steel and stainless steel plates.

Non-ferrous metal smelting: The high density and strength of the 19.15g/cm3 tungsten target make it an ideal material for non-ferrous metal smelting. For example, 19.15g/cm3 tungsten targets must be used for high-temperature melting and casting in manufacturing non-ferrous materials such as copper.

Nuclear industry: In the nuclear industry, the high density, high strength, and low absorption of the 19.15g/cm3 tungsten target make it an ideal material for processing equipment for manufacturing nuclear fuel and nuclear waste. For example, when manufacturing equipment such as nuclear fuel rods and nuclear waste containers, 19.15g/cm3 tungsten targets are needed for processing and manufacturing.

Glass manufacturing: In the glass manufacturing industry, the high density and good corrosion resistance of the 19.15g/cm3 tungsten target make it an ideal material for manufacturing products such as glass fiber and optical glass. For example, in manufacturing products such as glass fiber and high-precision optical glass, 19.15g/cm3 tungsten targets are required for processing and manufacturing.

Ceramic manufacturing: In the ceramic manufacturing industry, the high strength, high density, and good wear resistance of 19.15g/cm3 tungsten target make it an ideal material for manufacturing high-performance ceramic materials. For example, 19.15g/cm3 tungsten targets are needed for processing and manufacturing when manufacturing high-performance ceramic products such as ceramic cutters and ceramic bearings.

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