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... shells in a nitrogen + wet hydrogen atmosphere, and can also be applied for high-temperature sintering of zirconia, alumina, oxygen sensors, and ITO targets in an air atmosphere. 2. Mainly Specifics: Rated ...
... Sintering 1620*1960*1220mm W*H*D 1. Applications: High-temperature sintering processes are widely used for ITO targets, microwave ferrites, magnetic materials, electronic components, ceramic filters, and si...
... Fields: 1.It is suitable for the high-temperature sintering process of materials such as ITO target materials, electronic ceramic materials, magnetic materials, ceramic filters, etc. 2.It is suitable for th...
...HBF52-17NO High-Temperature Box Furnace Application: Suitable for high-temperature sintering processes such as ITO targets, microwave ferrites, magnetic materials, electronic components, and ceramic filters....
...HBF52-17NO High-Temperature Box Furnace Application Fields: Suitable for high-temperature sintering processes of ITO targets, microwave ferrites, magnetic materials, electronic components, ceramic filters, e...
I. Basic Equipment Information Name/Model: HBF52-17NO High-Temperature Box Furnace Application Fields: High-temperature sintering processes for ITO targets, microwave ferrites, magnetic materials, electronic co...
I. Basic Equipment Information Name/Model: HBF52-17O High-Temperature Box Furnace Application Fields: High-temperature sintering processes for ITO targets, microwave ferrites, magnetic materials, electronic com...
... processing, featuring: Dual atmosphere capability (air/oxygen) Optimized for ITO targets and electronic ceramics Compact footprint with high thermal efficiency II. Technical Specifications Parameter Spe...
...industry application, one part is the metal instruments, like: needle holders, cutters, dental tools etc. Considering the biocompatibility, we use Titanium target generally as the coating material, with arc ...
..., one part is the metal instruments, like: needle holders, cutters, dental tools etc. Considering the biocompatibility, we use Titanium target generally as the coating material, with arc evaporation or sputt...
..., needle holders, cutters, dental tools etc. Considering the biocompatibility, we use Titanium target generally as the coating material, with arc evaporation or sputtering technology. PVD coating equipment m...
... Diffusion Pumps or Molecular Pump Constitution; 3. Coating system uses 1-2 intermediate frequency magnetism to control the sputtering power source, has 1-2 pair of non-balanced magnetism to control the targ...
... pump, Roots pump and Oil Diffusion Pumps or Molecular Pump Constitution; 3. Coating system uses 1-2 intermediate frequency magnetism to control the sputtering power source, has 1-2 pair of non-balanced magn...
... pump, Roots pump and Oil Diffusion Pumps or Molecular Pump Constitution; 3. Coating system uses 1-2 intermediate frequency magnetism to control the sputtering power source, has 1-2 pair of non-balanced magn...
...fast deposition rate, high target utilization is up to 35%, 4. Max. size of wheel: 27" 5. Magnetic fluid sealing method for a stable running. 6. Full automatic ......
...aerospace. These machines deposit thin films of materials with high hardness, corrosion resistance, and optical properties onto substrates. The process involves evaporation or sputtering of target materials ...
...applying thin, durable coatings on various substrates. It operates in a high-vacuum environment where materials are vaporized through physical processes like sputtering or evaporation. The vaporized particle...
... coatings to various substrates. This technology operates in a high-vacuum environment where coating materials are vaporized through physical processes like sputtering or evaporation. The machine deposits th...
... on various substrates. It operates in a vacuum chamber where coating materials are vaporized through physical processes like sputtering or evaporation. The vaporized particles then condense on the target su...
... substrates. This advanced technology utilizes vacuum chambers where materials are vaporized and deposited onto target surfaces through physical processes like sputtering or evaporation. PVD machines create ...