Quartz is a mineral composed of silicon dioxide, with the chemical formula SiO2. Pure quartz is colorless and transparent, but can appear in various colors due to trace amounts of pigment ions, finely dispersed inclusions, or the presence of color centers, which reduces its transparency. It has a vitreous luster and a greasy sheen on the fracture. Quartz products are widely used in semiconductor manufacturing, and high-purity quartz products are important consumables in wafer production.
The manufacturing process for quartz products is very complex. Quartz sand is first melted and smelted into quartz ingots, which are then heat-formed and cold-processed into quartz products. Based on the process and processing technology, quartz products can be divided into two types: fire-processed and machine-processed. Fire-processing is primarily used in the photovoltaic industry and has lower profit margins. Machine processing relies on different methods and combinations to complete shaping and polishing, primarily producing high-value-added products that require high consistency and stability, and is often used in the semiconductor industry.
Quartz components used in semiconductors can generally be divided into high-temperature and low-temperature components, respectively used in high-temperature processes such as diffusion and oxidation, and low-temperature processes such as etching, packaging, photolithography, and cleaning. Quartz components used in high-temperature processes, as they must operate continuously for hours at temperatures exceeding 1,000 degrees Celsius, require high-temperature resistance, excellent thermal stability, and resistance to deformation. The presence of hydroxyl groups alters the bonding structure of silicon dioxide, the primary component of quartz products, thereby reducing the material's thermal stability and significantly diminishing its high-temperature resistance. Therefore, quartz components used in high-temperature processes require dehydroxylation. Furthermore, these components must exhibit corrosion resistance, excellent light transmittance, and low impurity content. Quartz components used in low-temperature processes, on the other hand, do not require high-temperature processing, so the hydroxyl content of the quartz material is not a requirement.
Quartz Boat
Quartz Tube
Quartz Crucible
Quartz Tank/Bath
Quartz Pedestal
Quartz Bell Jar
Quartz Ring
Other Quartz Parts
Pisau Kuarza Ketulenan Tinggi Semicorex yang direka dengan teliti daripada kuarza ketulenan tinggi, adalah penting untuk mengekstrak silikon kristal tunggal—komponen yang amat diperlukan dalam elektronik moden dan teknologi tenaga boleh diperbaharui.**
Baca LagiHantar PertanyaanSemicorex ialah pembekal terkemuka pasir kuarza ketulenan ultra tinggi, menawarkan produk dengan kandungan SiO2 ≥99.995%. Pasir kuarza kami menonjol kerana ketulenannya yang luar biasa, kandungan logam alkali ultra rendah dan kandungan aluminium yang boleh disesuaikan.**
Baca LagiHantar PertanyaanTangki Kuarza Semicorex untuk Pemprosesan Basah, juga dikenali sebagai mandian kuarza, amat kritikal dalam proses basah yang digunakan untuk fabrikasi wafer.**
Baca LagiHantar PertanyaanTiub Resapan Kuarza Semicorex amat diperlukan dalam industri pembuatan wafer semikonduktor, terutamanya semasa proses kritikal pengoksidaan terma dan penyepuhlindapan.**
Baca LagiHantar PertanyaanBot Resapan Kuarza Semicorex, juga dirujuk sebagai pembawa kuarza atau bot wafer kuarza, direka khusus untuk memegang wafer semikonduktor semasa proses kritikal seperti pemendapan wap kimia (CVD), pengoksidaan terma dan penyepuhlindapan.**
Baca LagiHantar PertanyaanCincin Kuarza Fused dari Semicorex ialah komponen kritikal yang direka khusus untuk proses goresan semikonduktor dengan ketulenan yang luar biasa, kestabilan haba dan rintangan kimia. **
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