-
半導体および光学用途向けの耐高温透明石英管、カスタマイズ可能なサイズ
Clear Quartz Tube for Semiconductor and Optical Applications Product Characteristics BrandShengfan Quartz SiO₂ Content99.99% Density2.2 g/cm³ Hardness (Mohs Scale)6.6 Melting Point1732℃ Working Temperature1100℃ Annealing Point1180℃ Softening Point1630℃ Specifications ColorTransparent ShapeCircular / Semicircular StandardJGS1, JGS2, JGS3 Material99.99% SiO₂ Diameter1-800mm Thickness0.2-100mm ApplicationOptics quartz windows Light Transmittance>92% HardnessMohs 6.5 Resistance
-
高温耐腐食 高純度SiO2 φ1mm-φ5mm クォーツガラス毛細管
Key Features SiO2 content exceeding 99.99% for high purity quartz tubes Operating temperature: 1250℃ with softening temperature of 1730℃ Excellent visual and chemical performance characteristics No surface coating or contaminants Health care and environmental protection compliant Custom dimensions available upon request CE, RoHS, ROHS,MSDS and Gold Supplier certified We are a professional manufacturer specializing in quartz products with more than 10 years of production
-
高純度 SIO2 99.99% クォーツガラスチューブ 1100°Cの作業温度と100-1000mmの大きな直径の炉用
Factory High Purity Fused Quartz Glass Tube For Furnaces Product Specifications Brandshengfanquartz SIO2 Content99.99% Density2.2 g/cm³ Hardness (Moh's Scale)6.6 Melting Point1732℃ Working Temperature1100℃ Annealing Point1180℃ Softening Point1630℃ Quality Certifications ISO9001 CE RoHS MSDS Gold Supplier Our comprehensive certification ensures stable product quality and reliable supply capacity for global customers. Industrial Applications Semiconductor industry: high
-
実験室用 99.99% SiO2 純度 高温耐食性石英ガラス試験管
High Temperature Resistant Quartz Glass Test Tube for Laboratory Use Factory Custom Laboratory Quartz Round Bottom Flat Test Tube. Corrosion resistant high temperature quartz glass tube with excellent UV light transmission properties. Product Specifications Brand Shengfan Quartz SiO2 Content 99.99% Quartz name Quartz test tube Density 2.2 g/cm³ Hardness (Mohs Scale) 6.6 Melting Point 1732℃ Working Temperature 1100℃ Annealing Point 1180℃ Softening Point 1630℃ Key Features SiO2
-
実験用高温耐食性高透過石英ガラス管
Factory Custom Laboratory Quartz Round Bottom Flat Test Tube Corrosion resistant high temperature quartz glass tube with excellent UV light transmission properties. Product Specifications Brand Shengfan Quartz SiO2 Content 99.99% Quartz name Quartz test tube Density 2.2 g/cm³ Hardness (Mohs Scale) 6.6 Melting Point 1732℃ Working Temperature 1100℃ Annealing Point 1180℃ Softening Point 1630℃ Key Features SiO2 content > 99.99% high purity quartz tube Operating temperature: 1250℃
-
オーダーメイド 高温耐性 高透量クォーツガラスチューブとスリーブ
Shengfan Quartz plate characteristic SIO2 99.9% Density 2.2(g/cm³) Degree of hardness moh’ scale 6.6 Melting point 1732℃ Working temperature 1100℃ Max temperature can reach in a short time 1450℃ Visible light transmittance Above 93% UV spectral region transmittance 80% Annealing point 1180℃ Softening point 1630℃ Strain point 1100℃ We are a manufacturer of Transparent Quartz Tube Furnace: Size&design: Accept customize according to different diameter, thickness,length or
-
高温溶融シリカクォーツガラスパイプとフレンズ
Shengfan Quartz Glass Tube We are a manufacturer of Transparent Quartz Tube Furnace. Size&design: Accept customize according to different diameter, thickness,length or sending your drawing. There are 2 kinds of quartz glass tubes: Furnace tube and resizing tube 1.Furnace tube: usurally, the conventional size tube within OD200 are in stock in the market and are mass-produced from in the furnace. 2.Resizing tube: above OD200 are rarely in stock and the tolerances is biger, so
-
カスタム直径半導体クォーツチュービング 電気絶縁性良好 耐腐蝕性 高い光伝達性
Custom Diameter Semiconductor Quartz Testing Tubing Available in both transparent and opaque polished finishes for semiconductor applications. High-Performance Quartz Glass Tube for Sources & Semiconductor Premium quartz glass tubing designed for demanding applications in lighting, semiconductor manufacturing, optical communications, military, construction materials, chemical processing, mechanical engineering, electrical systems, and environmental protection. Material
