Moly copper (MoCu) and tungsten copper (WCu) composites are ideal materials for fabricating heat sinks and heat spreaders. Moly copper and tungsten copper provide the outstanding thermal management properties required…
Copper Clad Molybdenum (CPC, CMC, and SCMC) are structures comprised of alternating layers of Mo/MoCu and Cu materials. The molybdenum copper laminates include Cu/Mo/Cu, Cu/MoCu/Cu, Cu/Mo/Cu/Mo/Cu. Multiple layers of Mo…
Heat spreaders are thermal packing components of semiconductor and electronic devices. Those components have achieved continuous performance breakthroughs in thermal dissipation, largely in response to increasing demand for the higher…
Copper molybdenum properties perfectly combine the high thermal conducting property of copper and the low thermal expanding property of molybdenum together. In normal and medium temperature conditions, molybdenum copper properties…
The common processes to form tungsten rod are swaging and continuous rolling. Rotary swaging is a hammering process to forge rods. The sintered tungsten billets need to be heated to…
Tungsten rod is an ideal material to make thermal conductors, welding electrodes, headpieces for the industries of quartz, stirring bars for smelting, heavy hammers, fasteners, etc. Tungsten Inert Gas (TIG)…
Discontinuous cutting operations, such as milling, are usually unsuitable for brittle and notch-sensitive materials like tungsten. When milling is required, the peripheral cutting operated on an end mill has proven…
Tungsten and tungsten alloy cutting and turning are the main processes in tungsten and tungsten alloy machining operation. The cutting and turning processes have some articular concerns according to the…
CBN is a popular material for cutting tools due to its high hardness and abrasive resistance, it has a few drawbacks. For example, it has a relatively lower strength and…
The cutting edge applied to tungsten alloy materials has to be sharp and high-strength. This is because tungsten alloys with Ni/Fe or Ni/CU binder are sintered by powder metallurgy. A…