-
높은 내구성 석영 관 발열체/명확한 수직 관 플랜지
High Durability Quartz Tube Heating Element / Clear Vertical Tube Flange Quartz Tube Heating Element Main Appilication: light, sources, semiconductor, optical, communications, military, buildingmaterials, chemical, mechanical, electrical, environmental protection and other fields. Quartz Tube Heating Element Feature CORROSION RESISTANTIn addition to hydrofluoric acid, quartz glass has no chemical reaction withother acid. Its acid resistance is 30 times that of Ceramic.150
-
고온 저항을 가진 둥근 강한 경도 석영 관 플랜지
Round Strong Hardness Quartz Tube Flange With High Heat Resistance Material properties of transparent quartz glass: High Durability High heat resistance High Corrosion Resistance Low Thermal Expansion Coefficient JGS1(ZS-1) JGS2(ZS-2) JGS3(HS) Spectral characteristics 180-2500nm 200-2500nm 260-3500nm The average transmittance 90% 85% 85% Bubble class 0 2 2 Birefringence 1-2 1-2 1-2 Grain structure 1 2 2 Fringe 1-2 2 2 Uniformity 1-2 2 2 Fluorescence 1 2 2 Radiation Performanc
-
주문을 받아서 만들어진 융합된 규산 유리 플랜지, 석영 유리관 내식성
Customized Fused Silica Glass Flange , Quartz Glass Tube Corrosion Resistance Fused Silica Glass Flange description: Quartz glass is a special glass, it only contain one single component of silica. Usually, we called silicate glass, quartz glass, fused silica, fused quartz, synthetic fused silica. Quartz glass has a very low coefficient of thermal expansion, high temperature resistance, excellent chemical stability, excellent electrical insulation, low and stable ultrasonic
-
우수한 화학 안정성을 가진 높은 순수성 석영 관 플랜지
High Purity Quartz Tube Flange With Excellent Chemical Stability Quartz Tube Flange description: 1. High purity made of 99.99%-99.9999% pure quartz. 2. Strong Hardness, Can reach Morse level 7. 3. High temperature resistance, can work under 1200°C continuously, and in short time can even work under 1500°C. 4. Acid and Alkali resistance Except hydrofluoric acid, quartz glass does not react with any acid and base except hydrofluoric acid. The stability is 30 times of the
-
반대로 부식 융합된 석영 유리 플랜지, 공간 Uv 급료 융합된 실리카
Anti Corrosion Fused Quartz Glass Flange , Clear Uv Grade Fused Silica Quartz glass type: Clear fused quartz Dehydroxyl(baked) clear fused quartz low Hydroxyl(vacuum baked) clear fused quartz high ozone clear fused quartz uv blocking ozone free quartz Fused Quartz Glass Flange Feature HGH TEMPERATURE RESISTANT Quartz glass hardening temperature about 1730℃. Can be used for a long time under 1100℃. The highest temperature can reach 1450℃. Shengfan Quartz plate characteristic
-
살균 할로겐을 위한 좋은 괴기한 전송 석영 관 플랜지
Good Spectral Transmission Quartz Tube Flange For Halogen , Germicidal Quartz Tube Flange description: 1. Fused quartz tube available as continuous machine drawn and automatic controlled tubing. 2. This glass had the typical characteriastics of high purity, good spectral transmission, well controlled dimension and lower OH and so on. 3. It serves as the first choice of heat resistant material for halogen lamps, mercury lamps, metal halide lamps and other quartz lamps, used in
-
히이터 사용 융합된 실리카 석영 플랜지/융합된 실리카 관 정확한 차원
Heater Use Fused Silica Quartz Flange / Fused Silica Tube Accurate Dimension Fused Silica Quartz Flange Typical Application: 1. halogen,germicidal with ozone lamps,heater etc. 2. mercury,halogen,heater. 3. metal halide lamps and other applications requiring hydroxyl free material. 4. high rate of transmittance and hydroxyl free(import material produced). 5. high rate of transmittance of high ozone germicidal lamps(import material produced). 6. uv blocking applications
-
화학 공업, 전등 근원을 위한 고열 저항 석영 관 플랜지
High Temperature Resistance Quartz Tube Flange For Chemical Industry , Electric Light Source Our strength: 1, Professional quartz tubes and further processing product factory 2, Opening 6 sets of quartz tube furnce 3, Having advanced machine centra and technical glass lathe 4, Skilled international sales and service team Advantages: 1. high quality,competitive price and elegant appearance 2. high temperature resistence and corrosion resisting 3. accurate dimension according
