Fused Silica Raw Material / Sand / Powder
✦ Product features:- Purity up to 99.99%- Low impurities (metal impurities <10ppm)- Low radial and axial stress- Hyvät optiset ominaisuudet- Erinomainen lämmönkestävyys- Very low thermal expansion coefficien
✦ Käyttöalueet: – Optical fiber prefabricated film – Optical glass – Semiconductor materials – Industrial melting system – Chemical reagents
✦ Tuotantoedut: – Edistyksellinen tuotantotekniikka – Tiukka laadunvalvonta – Nopea toimitussykli – Ammattimainen tekninen tuki – Muokattavissa asiakkaan tarpeiden mukaan
✦ Kustannustehokkuusetu: – Korkea suorituskyky-hinta-suhde – Parempi kuin vastaavat tuotteet – Kilpailukykyinen markkinoilla
Tuotekuva
Tuotetodistus
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KUVAUS
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TEKNISET TIEDOT
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FQA
Fused Silica Raw Material stands as the cornerstone of precision engineering, embodying purity, luotettavuus, and versatility. Derived from the fusion of high-quality silica sand at extreme temperatures, this material undergoes meticulous purification to eliminate impurities, resulting in a product of unparalleled quality and consistency. Renowned for its thermal stability, optical clarity, and chemical inertness, Fused Silica Raw Material serves as a fundamental element across diverse industries, empowering innovation and excellence in manufacturing processes.
Applications of Fused Silica Raw Material
emiconductor Industry: Fused Silica finds extensive use in the semiconductor industry, serving as a substrate for silicon wafer production and optical components in photolithography processes. Its exceptional purity and thermal stability contribute to the precise fabrication of semiconductor devices and integrated circuits.
Optiikka ja fotoniikka: In the field of optics and photonics, Fused Silica Material is utilized for the manufacturing of lenses, prisms, and optical fibers. Its low thermal expansion coefficient and high transmission of light enable the creation of optical systems with minimal distortion
Lasinvalmistus: Fused Silica Material plays a critical role in glass manufacturing, where it is used to produce specialty glasses with exceptional clarity, strength, and thermal resistance.
Tarkkuustekniikka: In precision engineering applications, Fused Silica Material serves as a foundation for the production of components requiring high dimensional accuracy and stability. Its excellent machinability and resistance to thermal shock make it ideal for use in aerospace, autoteollisuus, and medical device manufacturing.
Refractories and Ceramics: Fused Silica Material is a key ingredient in the formulation of refractory materials and advanced ceramics. Its high melting point and resistance to chemical corrosion make it indispensable for lining kilns, furnaces, and reactors in industrial processes
Miksi luottaa Kamrolleriin
Kamroller stands as a trusted provider of Fused Silica Raw Material, offering a commitment to quality, innovation, and customer satisfaction.
Laadunvarmistus: Each batch of Fused Silica Raw Material undergoes rigorous quality control checks to ensure purity, consistency, and performance, meeting the highest industry standards and customer specifications.
Technical Expertise: With years of experience in materials science and engineering, Kamroller’s team of experts provides unparalleled technical support and guidance, assisting customers in selecting the right material for specific applications.
Custom Solutions: Kamroller offers customized solutions tailored to meet the unique requirements of each customer, providing personalized service and expert recommendations to optimize process efficiency and performance.
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Mikä on sulatettu piidioksidi? 
Fused silica is a type of glass made primarily from high-purity silica. It is known for its excellent thermal stability, alhainen lämpölaajeneminen, high optical transparency, and resistance to high temperatures and chemicals.
How is Fused Silica Produced?
Fused silica is produced by melting high-purity silica sand at extremely high temperatures. The molten silica is then cooled to form a glass with unique properties.
What are the Main Applications of Fused Silica?
Fused silica is used in various applications, mukaan lukien: Optical components (linssit, peilit, and windows) Semiconductor manufacturing (wafer processing and photomasks) Laboratory equipment (crucibles and beakers) Telecommunications (fiber optics) Aerospace and defense (thermal shields and radomes)
What are the Key Properties of Fused Silica?
Korkea lämpöstabiilisuus: Can withstand high temperatures without significant thermal expansion. Alhainen lämpölaajennus: Minimal expansion and contraction with temperature changes. Korkea puhtaus: Sisältää erittäin vähän epäpuhtauksia, making it ideal for sensitive applications. Optical Transparency: High transmission of ultraviolet (UV) and visible light. Kemiallinen vastustuskyky: Resistant to most chemicals, including acids and alkalis.
How Does Fused Silica Differ from Quartz?
While both fused silica and quartz are forms of silicon dioxide (Sio2), fused silica is a non-crystalline (amorphous) material, kun taas kvartsi on kiteistä. This difference in structure gives fused silica its superior thermal and optical properties.
What are the Common Forms of Fused Silica?
Fused silica can be found in various forms, mukaan lukien: Rods and tubes Plates and discs Fibers Powder
How is Fused Silica Used in the Semiconductor Industry?
Puolijohdeteollisuudessa, fused silica is used for its high purity and thermal stability. It is employed in the production of photomasks, kiekkojen alustat, and as a material for various processing equipment.
What is the Role of Fused Silica in Optical Applications?
Due to its high transparency and low thermal expansion, fused silica is ideal for making optical components such as lenses, peilit, and windows used in scientific instruments, cameras, and telescopes
How Does Fused Silica Benefit Telecommunications?
In telecommunications, fused silica is used to make fiber optic cables, which rely on the material's high optical clarity and low signal loss to transmit data over long distances.
What are the Safety Considerations When Handling Fused Silica?
When handling fused silica, it is important to: Use protective equipment to avoid inhalation of silica dust, which can be harmful. Handle with care to prevent breakage, as the material can be brittle. Follow proper storage guidelines to maintain the material's purity and integrity.
Can Fused Silica Be Customized?
Kyllä, fused silica can be customized to meet specific requirements, such as different shapes, sizes, and surface finishes, depending on the application.
What is the Environmental Impact of Fused Silica?
Fused silica production involves high energy consumption due to the high melting temperatures required. Kuitenkin, the material itself is non-toxic and can be recycled or safely disposed of in accordance with local regulations.
