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99.95% Pure Tantalum Sputtering Target
The Production Method Of Tantalum Sputtering Target Tantalum sputtering targets are usually produced using powder metallurgy processes. In this method, tantalum powder is compacted and sintered to form a solid tantalum plate. The sintered sheets are then processed through various forming processes, such as machining or rolling, to obtain the desired dimensions and surface finish. The final product is then cleaned and i... -
Purity 99.95% Molybdenum threaded rods moly stud
Molybdenum threaded rod is used in a variety of applications, from structural supports and fasteners in high-temperature furnaces to components in equipment that must withstand corrosive gas environments. Their strength, stability at high temperatures and resistance to deformation help them work reliably in demanding environments.
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Heating Components Tungsten Twisted Filament for semiconductor industry
Twisted tungsten wire is commonly used in applications such as ion implanters, vacuum deposition systems, and electron beam systems in the semiconductor industry. These heating elements offer excellent high temperature stability, low vapor pressure and strong mechanical properties, making them ideal for demanding semiconductor processing environments. When purchasing stranded tungsten wire for the semiconductor industry, it is important to consider factors such as filament diameter, length, pitch, surface finish, and thermal properties.
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polished surface Mo machined part
The Production Method Of Polished Surface Mo Machined Part Production methods for creating polished surfaces on machined parts typically involve several stages. Here is a step-by-step process to follow: Machining: Processing raw materials into desired shapes and sizes using processes such as milling, turning, or grinding. Grinding or Grinding: The surface of a machined part can be finished by grinding or grinding to re... -
CNC machined tungsten parts high precision Chinese Professional Customized
The Production Method Of CNC Machined Tungsten Parts Molybdenum crucibles are typically manufactured using one of two main production methods: Powder metallurgy: This method involves mixing molybdenum powder, pressing it into the desired crucible shape, and then sintering the compacted powder in a high-temperature vacuum or hydrogen atmosphere. This process helps achieve the required density and structural integrity of... -
Tungsten radiation shielded container for vial transport
A tungsten radiation shielded container for vial transport is a container designed to safely transport vials containing radioactive materials. Tungsten was chosen for its high density and excellent radiation shielding properties. When considering the use of such containers, it is important to ensure that they meet regulatory requirements and provide adequate protection for the vials during transport and the personnel handling the vials.
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Wholesale high-purity 99.95% sintered tungsten crucible with high density no internal crack tungsten crucibles
Specification Name: Tungsten Crucible Purity: W≥99.95% Density: ≥19.3g/cm3 Surface: black, acid pickling, alkaline cleaning ,polished, bright Smooth degree: Ra≤3.2a Using temp: 1800-2400 degree centigrade Application It is used for smelting of rare earth metals, heating elements of induction furnace, heating elements of rare earth metals, smelting of quartz, glass and for high-temperature containers. Tungsten crucible is used in high temperature vessels for smelting of rare earth metals.