"vertical tube flange"
高温耐性耐腐食性高透過率管状炉用透明石英ガラス管
High Temperature Corrosion Resistant Transparent Quartz Stirring Tube High transmittance quartz glass tube with excellent UV light transmission protection for tubular furnace applications. Product Specifications Property Value Brand Shengfan Quartz SiO2 Content 99.99% Density 2.2 g/cm³ Hardness (Mohs' Scale) 6.6 Melting Point 1732℃ Working Temperature 1100℃ Annealing Point 1180℃ Softening Point 1630℃ Density 2.2*10³ kg/m³ Hardness 5.5 - 6.5 Mohs' Scale Tensile Strength 4.8*10
高温耐性,腐食耐性,高純度SIO2の透明クォーツガラス管
Customized High-Temperature-Resistant and Corrosion-Resistant Transparent Quartz Glass Tubes Product Overview High transmittance quartz glass tubes with excellent UV light transmission protection and transparency. Key Characteristics Brand Shengfan Quartz SIO2 Content 99.99% Density 2.2 (g/cm³) Hardness (Mohs Scale) 6.6 Melting Point 1732℃ Working Temperature 1100℃ Annealing Point 1180℃ Softening Point 1630℃ Technical Specifications Density 2.2x10³ kg/m³ Hardness 5.5 - 6.5
半導体用途向け 高い光透過率を持つ、優れた電気絶縁性・耐熱性クォーツガラス管
Good Electrical Quartz Insulation Glass Tube For Sources / Semiconductor High-performance quartz glass tubes designed for lighting sources, semiconductor manufacturing, and industrial applications requiring superior electrical insulation and thermal stability. Material Properties High Durability Excellent Heat Resistance Superior Corrosion Resistance Low Thermal Expansion Coefficient Key Features Corrosion Resistant: Exceptional chemical stability with no reaction to acids
高純度SIO2>99.99% 耐熱1100℃ 石英ガラス管 実験室および産業用途向け良好な電気絶縁性
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
半導体用途 大口径 高純度 高圧 石英ガラス管
Large Diameter Fused Quartz Tempered Glass Tube Shengfan Quartz Plate Characteristics SIO₂ Content 99.9% Density 2.2 (g/cm³) Degree of Hardness (Moh's Scale) 6.6 Melting Point 1732℃ Working Temperature 1100℃ Max Temperature (Short Time) 1450℃ Visible Light Transmittance Above 93% UV Spectral Region Transmittance 80% Annealing Point 1180℃ Softening Point 1630℃ Strain Point 1100℃ Custom Manufacturing Capabilities We accept custom orders according to different diameter,
透明なクォーツガラス管 高い介電性強度,低導電性,作業温度1100°C
Shengfan Quartz plate characteristic 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
透明クォーツチューブ 1150°C 作業温度 99.99% SIO2 純度および半導体および光学アプリケーションのための耐腐蝕性
Clear Quartz Tube for Semiconductor and Optical Applications Product Specifications Brand Shengfan Quartz SiO₂ Content 99.99% Density 2.2 g/cm³ Hardness (Mohs Scale) 6.6 Melting Point 1732℃ Working Temperature 1100℃ Annealing Point 1180℃ Softening Point 1630℃ Configuration Information Color Transparent Shape Circular / Semicircular Standard JGS1, JGS2, JGS3 Material 99.99% SiO₂ Diameter 1-800mm Thickness 0.2-100mm Application Optics quartz windows Light Transmittance >92%
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
高温耐性クォーツガラス管 電気隔熱性良し,高光伝達性 浄水用およびUVランプ
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
高純度SiO2と優れた電気絶縁性を備えた耐高温石英ガラス管
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
半導体および光学用途向け透明石英管
Shengfan Quartz plate characteristic *Brand shengfanquartz *SIO2 99.99% *Density 2.2(g/cm³) *Degree of hardness moh’ scale 6.6 *Melting point 1732℃ * Working temperature 1100℃ *Annealing point 1180℃ *Softening point 1630℃ Setting Information Color Transparent Shape Circular / Semicircular Standard JGS1,JGS2,JGS3 Material 99.99% sio2 Diameter 1-800mm Thickness 0.2-100mm Application Optics quartz windows Density 6.6 Light Transmittance >92% Hardness Mose 6.5 Resistance Value
高温耐腐食半導体 特殊クォーツ 凍結フレンズ クォーツ 孔付きフレンズ
High Transmittance Quartz Glass Plate High Transmission Protect Transparent For UV Light Product Description Shengfan Quartz plate characteristic *Brand shengfanquartz *SIO2 99.99% *Density 2.2(g/cm³) *Degree of hardness moh’ scale 6.6 *Melting point 1732℃ * Working temperature 1100℃ *Annealing point 1180℃ *Softening point 1630℃ Density 2.2x103 kg/m3 Hardness 5.5 - 6.5 Mohs' Scale 570 KHN 100 Design Tensile Strength 4.8x107 Pa (N/m2) (7000 psi) Design Compressive Strength
