Overview of Customized High-purity Titanium Block Vacuum Titanium Material/Multi-arc Ion Plating Material Metal Target
titanium (Tina) mangrupa unsur kimia nu mibanda wilangan atom 22 sarta dilambangkan salaku Ti dina tabel periodik. Ieu milik grup logam transisi sarta dipikawanoh pikeun dénsitas low na, rasio kakuatan-to-beurat tinggi, sarta lalawanan korosi luar biasa. Kapanggih di 1791 ku William Gregor, titanium parantos janten bahan penting dina seueur industri kusabab kombinasi sipat anu unik.
Feature of Customized High-purity Titanium Block Vacuum Titanium Material/Multi-arc Ion Plating Material Metal Target
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Low Density jeung High Kakuatan: Titanium ngeunaan 45% torek ti baja tapi mibanda kakuatan sarupa, sahingga idéal pikeun aplikasi dimana ngurangan beurat penting tanpa compromising kakuatan.
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Résistansi korosi: Ieu ngabentuk lapisan oksida pasip nu ngajaga logam kaayaan tina zat corrosive, kaasup cai laut jeung klorin, sahingga kacida tahan ka korosi.
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Biokompatibilitas: Titanium ditolerir saé ku awak manusa sareng henteu ngabalukarkeun réaksi ngarugikeun, Éta pisan sababna naha éta loba dipaké dina implants médis sarta instrumen bedah.
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Tahan panas: Kalayan titik lebur 1.668 ° C (3,034°F), titanium bisa tahan suhu luhur, sahingga cocog pikeun aerospace jeung aplikasi otomotif.
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Non-Magnétik jeung Non-toksik: Sipat ieu ngajantenkeun titanium idéal pikeun aplikasi dina mesin MRI sareng alat éléktronik sénsitip anu sanés.
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Résistansi kacapean: Titanium nunjukkeun résistansi anu saé pikeun kacapean logam, krusial dina aplikasi loading siklik kayaning bagian pesawat.
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(Customized High-purity Titanium Block Vacuum Titanium Material/Multi-arc Ion Plating Material Metal Target)
Parameters of Customized High-purity Titanium Block Vacuum Titanium Material/Multi-arc Ion Plating Material Metal Target
The term “customized high-purity titanium block vacuum titanium material” typically refers to a material that has been specifically designed and engineered for use in a specific application, such as in medical devices or aerospace engineering. The high-purity aspect of the material is likely achieved through methods such as post-processing or manufacturing techniques that remove impurities from the raw material.
In terms of “multi-arc ion plating,” this process involves applying a high-Intensity Electromagnetic Arc (EMEA) to a titanium surface to create multiple plasma channels. This can result in the formation of sharp lines and valleys on the surface of the metal, which can be useful for various applications such as wear resistance, thermal protection, and electrical conductivity improvement.
Finally, “metal target parameter” refers to the specific characteristics of the target material being used in the desired application. These parameters may include its atomic number, atomic mass, crystal structure, melting point, hardness, ductility, and others. The choice of metal target parameter will depend on factors such as the specific application, the type of material being processed, and the performance requirements of the final product.
(Customized High-purity Titanium Block Vacuum Titanium Material/Multi-arc Ion Plating Material Metal Target)
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(Customized High-purity Titanium Block Vacuum Titanium Material/Multi-arc Ion Plating Material Metal Target)
