T: +86-518-85528012
E: nick@luverrequartz.com
E: nick@luverrequartz.com
1st floor Runlian industrial center No. 116 QuFeng Rd., Haizhou Economic and technological development zone Lianyungang City, Jiangsu Province, China 222062
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Customized 200mm Spiral Shape Transparent Quartz Tube
Customized 200mm Spiral Transparent Quartz Tube is a specially shaped optical element made of high purity fused silica material. The quartz tube has a spiral structure with excellent optical transmittance and high temperature resistance, and is widely used in optical instruments, laboratory equipment, lighting design, etc.
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
Customized 200mm Spiral Transparent Quartz Tube is a specially shaped optical element made of high purity fused silica material. The quartz tube has a spiral structure with excellent optical transmittance and high temperature resistance, and is widely used in optical instruments, laboratory equipment, lighting design, etc. Its unique spiral shape provides innovative optical paths and visual effects for specific applications.
Material Characteristics:
HIGH PURITY FUSION QUARTZ: The use of high purity quartz material ensures high transparency and chemical stability of the tubing.
High Temperature Resistance: Capable of maintaining structural stability without deformation at temperatures up to 1000°C or more.
Size and shape:
Spiral Diameter 200mm: The quartz tube has a spiral diameter of 200mm to meet specific design requirements.
Spiral shape: Unique spiral structure design, not only beautiful, but also provide different optical paths.
Optical Performance:
HIGH TRANSPARENCY: Transparent quartz material has excellent light transmittance, which is suitable for the transmission of optical systems.
Low light scattering: The surface is polished to reduce light scattering and improve light efficiency.
Processing technology:
PRECISION MOLDING: Professional molding technology is used to ensure the accuracy and consistency of the spiral shape.
Surface treatment: Fine polishing to ensure smoothness inside and outside and reduce optical loss.
Application Characteristics:
Physical impact resistance: quartz material has good physical strength and can resist impact to a certain extent.
Chemical Resistance: Resistant to most chemical reagents, suitable for a variety of corrosive environments.
Application areas:
Optical instruments: for the design of special optical systems, such as fiber optic coupler, spectrum analyzer.
Laboratory equipment: as a reaction vessel or transmission medium for chemical analysis, physical experiments.
Lighting design: spiral shape can create unique light and shadow effects, suitable for decorative lighting.
Customized Advantage:
Individualized design: The number of turns, pitch and diameter of the spiral can be customized according to customers' needs.
Customizable lengths: Quartz tubes are available in different lengths to meet different installation and usage requirements.
CUSTOMIZED QUALITY: Strict quality inspection process to ensure that each quartz tube meets high standards.
With its innovative design, excellent optical performance and high temperature and corrosion resistance, the customized 200mm spiral transparent quartz tubes provide a unique solution for scientific research, industrial production and art design, etc., meeting the special requirements of optical components for specific applications.
Customized 200mm Spiral Transparent Quartz Tube is a specially shaped optical element made of high purity fused silica material. The quartz tube has a spiral structure with excellent optical transmittance and high temperature resistance, and is widely used in optical instruments, laboratory equipment, lighting design, etc. Its unique spiral shape provides innovative optical paths and visual effects for specific applications.
Material Characteristics:
HIGH PURITY FUSION QUARTZ: The use of high purity quartz material ensures high transparency and chemical stability of the tubing.
High Temperature Resistance: Capable of maintaining structural stability without deformation at temperatures up to 1000°C or more.
Size and shape:
Spiral Diameter 200mm: The quartz tube has a spiral diameter of 200mm to meet specific design requirements.
Spiral shape: Unique spiral structure design, not only beautiful, but also provide different optical paths.
Optical Performance:
HIGH TRANSPARENCY: Transparent quartz material has excellent light transmittance, which is suitable for the transmission of optical systems.
Low light scattering: The surface is polished to reduce light scattering and improve light efficiency.
Processing technology:
PRECISION MOLDING: Professional molding technology is used to ensure the accuracy and consistency of the spiral shape.
Surface treatment: Fine polishing to ensure smoothness inside and outside and reduce optical loss.
Application Characteristics:
Physical impact resistance: quartz material has good physical strength and can resist impact to a certain extent.
Chemical Resistance: Resistant to most chemical reagents, suitable for a variety of corrosive environments.
Application areas:
Optical instruments: for the design of special optical systems, such as fiber optic coupler, spectrum analyzer.
Laboratory equipment: as a reaction vessel or transmission medium for chemical analysis, physical experiments.
Lighting design: spiral shape can create unique light and shadow effects, suitable for decorative lighting.
Customized Advantage:
Individualized design: The number of turns, pitch and diameter of the spiral can be customized according to customers' needs.
Customizable lengths: Quartz tubes are available in different lengths to meet different installation and usage requirements.
CUSTOMIZED QUALITY: Strict quality inspection process to ensure that each quartz tube meets high standards.
With its innovative design, excellent optical performance and high temperature and corrosion resistance, the customized 200mm spiral transparent quartz tubes provide a unique solution for scientific research, industrial production and art design, etc., meeting the special requirements of optical components for specific applications.
