High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor
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  • High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor
  • High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor
  • High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor
  • High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor
High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for SemiconductorHigh Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for SemiconductorHigh Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for SemiconductorHigh Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor

High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor

High Purity Precision Synthetic Quartz Glass Cylinder Both Ends Open for Semiconductor

This product is widely used in optoelectronics, laser technology, wafer manufacturing, and other applications that require high precision and purity.

Specifications
Material: Synthetic Quartz Glass
Diameter: Customizable based on customer requirements
Length: Customizable based on customer requirements
Transmittance: > 90% 
Temperature Resistance: -40°C to 1200°C
Chemical Resistance: Resistant to acids and bases, suitable for various chemical environments

Applications
Semiconductor Manufacturing: Used as optical components in photolithography machines, thin-film deposition, and other equipment.
Laser Technology: Optical elements for lasers, enhancing efficiency and stability.
Optoelectronics: Core components for fiber optics, waveguides, and related products.

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