Tungsten Copper

Product
W70 Tungsten Copper Rod 245

Tungsten copper W70 rod is composed of 70% W and 30% Cu so that it is harder than W50 and W60 rods. Its density is up to 12.75g/cm3, hardness reaches more than HB140, and conductivity is 47%IACS, softening temperature is ≥900℃ and the bending strength is 790. More details of W70 tungsten copper rod please visit http://www.tungsten-copper.com/tungsten-copper-rod-W70.html W70 tungsten copper rod pictureTungsten copper W70 rod belongs to refractory metal and has excellent mechanical strength and anti-arc ablation capability so that…

Product
W65 Tungsten Copper Rod 264

W65 tungsten copper rod has many advantages, such as excellent electrical and thermal conductivity, uniform texture, high density, high-temperature resistance and arc erosion resistance, which can be widely used in high-temperature materials, high-voltage switch with electrical alloy, EDM electrodes, and microelectronic materials. More details of W65 tungsten copper rod please visit http://www.tungsten-copper.com/tungsten-copper-rod-W65.html W65 tungsten copper rod pictureNotice: Mill machining, lathe machining and grind machining tungsten copper rods have different appearances. Generally, after fine grinding by coreless grind machining, tungsten copper…

Product
W60 Tungsten Copper Rod 269

W60 tungsten copper rod is composed of 60% W and 40% Cu, which not only has high density (12.75g/cm3), high hardness (≥HB140), high strength, but also has good conductivity (%47IACS), softening temperature is ≥900℃. More details of W60 tungsten copper rod please visit http://www.tungsten-copper.com/tungsten-copper-rod-W60.html W60 tungsten copper rod pictureW60 tungsten copper rod has many advantages, such as excellent electrical and thermal conductivity, uniform texture, high density, high-temperature resistance and arc erosion resistance, which can be widely used in high-temperature materials,…

Product
W55 Tungsten Copper Rod 277

Tungsten copper W50 rod is composed of 55% W and 45% Cu, which not only has high density (11.85g/cm3), high hardness (≥HB115), high strength, but also has good conductivity (%54IACS), softening temperature is ≥900℃. More details of W55 tungsten copper rod please visit http://www.tungsten-copper.com/tungsten-copper-rod-W55.html W55 tungsten copper rod pictureW55 tungsten copper rod has similar properties to W50, it has high content of Cu and low content of W. It is relatively soft, but the plasticity and conductivity is excellent. So…

Product
W50 Tungsten Copper Rod 294

W50 tungsten copper rod is composed of 50% W and 50% Cu, which not only has high density (11.85g/cm3), high hardness (≥HB115), high strength, but also has good conductivity (%54IACS), softening temperature is ≥900℃. More details of W50 tungsten copper rod please visit http://www.tungsten-copper.com/tungsten-copper-rod-W50.html W50 tungsten coppe rod pictureW50 tungsten copper rod mainly used in relays, high voltage switches, circuit breakers and other higher demands of electrical and thermal conductivity, arc erosion resistance. In addition, it can also use as…

Product
Tungsten Copper Lightning Rod, The Patron Saint Of Tall Building 809

As we all know, lightning is enormously destructive, it produces a powerful current. According to research, the most common linear lightning has a current intensity of tens of thousands to 200,000 amps. Lightning can also cause extreme high temperatures, which can easily lead to forest and house fires. Therefore, in thunderstorms, we often see some towering trees being knocked down by lightning, and some buildings were damaged by lightning. But there are also some buildings that are safe and sound.…

Tungsten Copper
Tungsten Copper Heat Sink Electrical Conductivity 1,400

Except Rockwell hardness (HRB) of detection, it is essential that electrical conductivity measuring in tungsten copper composite materials as heat sink materials. Electrical conductivity is an important indicator to measure ability to conduct electricity of tungsten copper heat sink, which directly affects the final properties of products. The stronger ability to conduct electricity, the smaller electrical resistance, on the contrary, electrical resistance is greater. For hardness testing, if tungsten copper material over-burning, the inside Cu phase will exude and lead…

未分類
Tungsten Copper PIM Degreasing Process 859

After material preparation and injection, the following steps are degreasing and sintering. Degreasing process is also known as forming agent or binder removal, which is the use of physical or chemical methods the added binder (such as alcohol, paraffin and the like) were removed. It needs the longest time of PIM and is the most difficult to control. Improper operation will cause the deformation or uneven component defects of tungsten copper blank, which will affect the final properties of tungsten…

Tungsten Copper
Tungsten Copper Powder Injection Molding Research 843

Based on conventional molding process and combines plastic molding industry technology, PIM (Powder Injection Molding) has excellent applicability in some tungsten copper products with small size and complex shape or structure. So we study from mixing, injection, degreasing, sintering and several key process of tungsten copper powder injection molding, and analyze and summarize the advantages of the process and the defects. The first is the selection of the binder and the preparation of mixture. Binders can reduce caking of the…

Tungsten Copper
Tungsten Copper Sintered Properties 866

Tungsten-copper composite sintered body directly affects the comprehensive performance of final product so that the determination of the relative aspects of density, hardness, conductivity, shrinkage, scanning electron microscopy and crushing strength becomes essential. Next, we will combine the experience of some relevant theoretical principles and production practices as summarized in one by one analysis of the test method. Relative Density Test: It usually uses Archimedes drainage method, which weighs tungsten copper sintered in the air and in distilled water separately…

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