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  • Frost Quartz Ring for OPTORUN Optical Coating Machine

Frost Quartz Ring for OPTORUN Optical Coating Machine

  • Product Item : HYRD-F007
  • Category: Quartz Rings
  • Material: High purity quartz glass
  • Purity: 99.99%
  • Surface: Frost
  • Application: OPTORUN Optical Coating Machine
  • INQUIRY   EMAIL

Frost Quartz Ring for OPTORUN Optical Coating Machine

Frost quartz ring is used as one of the spare parts for optical coating machine.
High purity gas refined fused silica glass is widely used as coating material for mirror multilayer coating and anti reflection coating due to its high purity, colorless transparency, few bubbles and impurities, high transmittance of ultraviolet and visible light, and excellent thermal and chemical properties of its SiO2 content of more than 99.99%. We are able to produce, process, and supply quartz glass materials for coating in various shapes and specifications, including granular, sheet, circular, spherical, cylindrical, etc. At the same time, we also produce quartz glass components for supporting vacuum coating machine equipment.

Regular Size of Quartz Material for Optical Coating (mm)

Shape
Dimension (mm)
Granular
<1     1~3     3~5
Sheet
Φ15.5X10     Φ30X15     Φ50X5     Φ60X 7
Ring
Φ212/Φ170X15     Φ300/Φ230X 15     Φ335/Φ265X15
Ball
Φ5, Φ3
Cylindrical
Φ5X5, Φ3X3
 

Regular Size of Quartz Glass Parts for Vacuum Coating Machine Equipment

Product
Dimension (mm)
Quartz Crucible/Quartz Chamber
Φ196X63, Φ286X104
Quartz Class Sputtering Target Material
1016X136X6, Φ355X12
Quartz glass window

725X320X28, 360X320X 16
K9 Optical Glass Monitoring Sheet
Φ160/Φ40X2, Φ142/Φ80X1.8

Mechanical Properties

Material
Quartz Glass
Density
2.203g/cm3
Compressive Strength
1100Mpa
Bending Strength
67Mpa
Tensile Strength
48.3Mpa
Poisson's Ratio
0.14~0.17
Young’s Modulus
72000Mpa
Rigidity Modulus
31000Mpa
Mohs Hardness
5.5~6.5

Thermal Properties

Deformation Point
1280℃
Softening Point
1680℃
Annealing Point
1210℃
Specific Heat (20~350℃)
670J/kg.℃
Thermal Conductivity (20℃)
1.4W/m.℃
Coefficient of thermal expansion
5.5×10-7cm/cm.℃
Hot Work Temperature
1700~2000℃
Short-term Use Temperature
1300℃
Long-term Use Temperature

1100℃


Electrical Properties

Resistivity
7×107Ω.cm
Dielectric Strength
250~400Kv/cm
Dielectric Constant ε
3.7~3.9
Dielectric absorption coefficient
<4×104
Dielectric loss coefficient

<1×104