Introduction
Our quartz glass capillaries are produced through meticulous flameworking processes to ensure uniform wall thickness, smooth internal surfaces, and precise dimensional control. The high-purity fused silica material grants excellent chemical resistance and optical transparency, essential for accurate fluid analysis and manipulation. These capillaries are ideal for applications requiring minimal sample contamination and high thermal stability.
Features
- High-Purity Fused Silica: Ensures chemical inertness and superior optical transmission.
- Precision Flameworking: Produces consistent wall thickness and smooth surfaces for reliable flow control.
- Thermal and Chemical Resistance: Suitable for use with aggressive chemicals and high-temperature processes.
- Customizable Specifications: Shape, dimensions, inner and outer diameter, and surface finish tailored to client needs.
- Excellent Mechanical Strength: Resistant to breakage and deformation during handling and use.
Advantages
Compared to conventional glass capillaries, quartz capillaries provide enhanced purity and durability, enabling high-precision applications such as chromatography, laser delivery systems, and microfluidics. The advanced manufacturing process guarantees repeatability and performance consistency. Custom design options allow integration into a broad range of scientific instruments.
Benefits
- Improved Experimental Accuracy: High optical clarity and chemical inertness reduce contamination and signal interference.
- Versatile Usage: Suitable for biomedical research, chemical analysis, and high-tech manufacturing.
- Long-Term Reliability: Durable against thermal shock and mechanical stress, ensuring consistent operation.
- Tailored to Requirements: Customization ensures compatibility with specific laboratory or industrial setups.
- Quality Control: Manufactured under stringent standards to meet exacting scientific demands.
Application
Widely used in chromatography systems, capillary electrophoresis, laser technology, and microfluidic devices across pharmaceutical, research, and industrial laboratories.
