High transmittance quartz glass plate for pipelines
High transmittance quartz glass plate for pipelines is a material with special optical properties, widely used in various fields.
LUVERRE quartz
99.99%
Inner with Vacuum PVC bag and then wrapped with air bubble film, outer with wooden box.
as per customer's requirement
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High transmittance quartz glass plate for pipelines
High transmittance quartz glass plate for pipelines is a material with special optical properties, widely used in various fields.
High transmittance: The transmittance of quartz glass plates in the visible light range exceeds 90%, approaching the theoretical limit. It also exhibits high transmittance in the ultraviolet (UV) and infrared (IR) regions, making it very popular in optical applications.
High purity: Quartz glass is made by melting crystals through a hydrogen oxygen flame, with extremely high purity and very few bubbles. This high purity ensures its high performance in optical applications.
High temperature resistance: Quartz glass can withstand temperatures up to 900 degrees Celsius during continuous use, with a maximum operating temperature of 1100 degrees Celsius, thus possessing excellent heat resistance.
Chemical stability: Quartz glass has excellent chemical stability, suitable for various chemical environments, and is not easily corroded by chemical substances.
Widely used: Due to its excellent optical performance and high temperature resistance, quartz glass plates are widely used in semiconductor manufacturing, physical and chemical experimental instruments, optical devices, and other fields.
Processing characteristics: Quartz glass panels can be processed according to specific sizes and shapes to meet different application requirements.
Quartz glass plates with high transparency play an important role in many high-tech fields due to their unique optical and physical properties.
High transmittance quartz glass plate for pipelines
High transmittance quartz glass plate for pipelines is a material with special optical properties, widely used in various fields.
High transmittance: The transmittance of quartz glass plates in the visible light range exceeds 90%, approaching the theoretical limit. It also exhibits high transmittance in the ultraviolet (UV) and infrared (IR) regions, making it very popular in optical applications.
High purity: Quartz glass is made by melting crystals through a hydrogen oxygen flame, with extremely high purity and very few bubbles. This high purity ensures its high performance in optical applications.
High temperature resistance: Quartz glass can withstand temperatures up to 900 degrees Celsius during continuous use, with a maximum operating temperature of 1100 degrees Celsius, thus possessing excellent heat resistance.
Chemical stability: Quartz glass has excellent chemical stability, suitable for various chemical environments, and is not easily corroded by chemical substances.
Widely used: Due to its excellent optical performance and high temperature resistance, quartz glass plates are widely used in semiconductor manufacturing, physical and chemical experimental instruments, optical devices, and other fields.
Processing characteristics: Quartz glass panels can be processed according to specific sizes and shapes to meet different application requirements.
Quartz glass plates with high transparency play an important role in many high-tech fields due to their unique optical and physical properties.