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내열성 및 내식성 석영 유리관 (우수한 전기 절연성)
High Temperature Clear Fused Quartz Glass Tube Our high temperature clear fused quartz glass tubes are available in all dimensions and designed for demanding industrial applications across multiple sectors. Primary Applications Lighting sources, semiconductor manufacturing, optical communications, military equipment, building materials, chemical processing, mechanical engineering, electrical systems, and environmental protection applications. Material Properties Exceptional
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고 순수성 SiO2> 99.99% 용사된 쿼츠 튜브, 1100°C의 작동 온도와> 92%의 광전달성
High Purity Further Processing Clear Fused Quartz Tubing With Slots Fused clear silica quartz glass tube is manufactured from high purity quartz sand, offering exceptional thermal shock stability and high transmittance. This product is widely utilized in electric lighting, laser systems, lenses, optical instruments, and high-temperature window applications. Fused Silica Capillary Tubing Features High purity: SiO₂ > 99.99% Excellent visual and chemical performance: acid
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투명 고투과 석영 유리관 (우수한 전기 절연성 및 내식성)
Transparent Heating Quartz Glass Tube High Transmittance Polished Factory price Transparent Heating Quartz Glass Tube High quality electrical insulation quartz glass tube for light sources and semiconductor applications. Main Applications Lighting, light sources, semiconductor, optical communications, military, building materials, chemical processing, mechanical engineering, electrical components, environmental protection and various industrial fields. Material Properties
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반도체 응용 용도로 좋은 전기 단열을 가진 높은 전달성 열 저항성 쿼츠 유리 튜브
Heating Quartz Glass Tube - Transparent Semiconductor Grade with High Transmittance Factory Price Transparent Heating Quartz Glass Tube Premium electrical insulation quartz glass tube designed for light sources and semiconductor applications. Primary Applications Lighting systems, semiconductor manufacturing, optical communications, military equipment, building materials, chemical processing, mechanical components, electrical systems, and environmental protection applications
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높은 온도 저항성 1100°C 쿼츠 유리 튜브, 좋은 전기 단열성 및 높은 빛 전달성>92%
High Temperature Resistance 1100 Degrees Custom Quartz Glass Tube Premium Quartz Glass Tube for Electrical Insulation Applications Our quartz glass tubes offer exceptional electrical insulation properties, making them ideal for lighting sources, semiconductor manufacturing, and various industrial applications. Primary Applications Lighting sources, semiconductor manufacturing, optical communications, military equipment, construction materials, chemical processing, mechanical
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1100°C 고순도 SiO2 99.99% 내식성 석영 유리관 (CVD로용)
100ml Clear Quartz Glass Test Tube Cylinder For CVD Furnace High Density Fused Silica Capillary Tubing Custom glass tubes manufactured with environmental protection standards for superior performance in demanding applications. Product Overview Fused clear silica quartz glass tube is manufactured from high purity quartz sand, offering exceptional thermal shock stability and high transmittance. Ideal for electric lighting, laser systems, lenses, optical instruments, and high
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OD 300mm 고온 저항 1100°C 쿼츠 유리 튜브 반도체 애플리케이션에 맞춤
OD 300mm Quartz Glass Tube for Semiconductor Applications Customized fused clear silica quartz glass tubes manufactured for semiconductor field applications with excellent thermal shock stability and high transmittance. Product Features High purity: SiO₂ > 99.99% Excellent thermal stability and chemical resistance Acid-resistant and alkali-resistant properties Health care and environmental protection compliance No air bubbles or air lines Superior electrical insulation
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우수한 전기 절연성을 갖춘 맞춤형 고온 내성 대형 석영 유리관
Custom High Temperature Resistant Heating Quartz Glass Tube Large Diameter Good Electrical Insulation Quartz Glass Tube For Sources, Semiconductor Main Application: Light sources, semiconductor, optical, communications, military, building materials, chemical, mechanical, electrical, environmental protection and other fields. Material Properties of Transparent Quartz Glass High Durability High Heat Resistance High Corrosion Resistance Low Thermal Expansion Coefficient
