Go Back
Quartz Glass Rods and Semiconductor Glass Rod
Application: Chemical, Construction, Metallurgy, Glass, Machinery,Semiconductor,Optical Instrument etc
Type: Quartz Rod
Melting Point Temperature: 1700 Celsius
Light Transmission: More Than 85%
The Work Temperature for a Short Time: 1400-1500 Celsius
Type: Quartz Rod
Melting Point Temperature: 1700 Celsius
Light Transmission: More Than 85%
The Work Temperature for a Short Time: 1400-1500 Celsius
More Details
Product Description
Quartz Glass Rods: Quartz material is stronger than glass, can be used at temperatures up to 1100°C, and has a high average transmittance of over 80% from 260nm to 2500nm. Our line of quartz glass rods are suitable for most UV applications. For deep UV at 175-185nm, UV fused silica is a more suitable material choice.
Quartz Glass Application:
Quartz Rod is widely used in Lighting,Chemical industry,Medicine and health,Optical,Mechanical components, Scientific research laboratory, Electronics,Water treatment etc.
Our quartz glass features high purity (>99.99%), good physical and chemical properties, tight tolerances, and low -OH content. The quartz glass are used in a variety of applications by our customers.
•The three types of quartz materials have the same Mechanical/Physical Property:
Property | Reference Value | Property | Reference Value |
Density | 2.203g/cm3 | Refractive Index | 1.45845 |
Compressive Strength | >1100Mpa | Coefficient of thermal expansion | 5.5×10-7cm/cm.ºC |
Bending Strength | 67Mpa | Melting point temperature | 1700ºC |
Tensile Strength | 48.3Mpa | The work temperature for a short time | 1400ºC~1500ºC |
Poisson's Ration | 0.14~0.17 | The work temperature for a long time | 1100ºC~1250ºC |
Elastic Modulus | 71700Mpa | Resistivity | 7×107Ω.cm |
Shearing Modulus | 31000Mpa | Dielectric Strength | 250~400Kv/cm |
Mohs Hardness | 5.3~6.5(Mohs Scale | Dielectric Constant | 3.7~3.9 |
Deformation Point | 1280ºC | Dielectric absorption coefficient | <4×104 |
Specific Heat(20~350 ºC | 670J/kg ºC | Dielectric loss coefficient | <1×104 |
Thermal Conductivity(20ºC) | 1.4W/m ºC |