Features
Pure synthetic fused silica
Smooth inner wall with low resistance, strong internal pressure consistency, and better fluid movement performance. High-purity quartz material has high light transmittance, which is conducive to optical analysis, radiation resistance, and low loss. The material is uniform and easy to cut and fuse optical fiber connectors, and the length can be easily customized;
Complete specifications, strict quality control, stable precision
Using multi-level online measurement, even for a few hundred meters of thin-diameter capillary optical fiber, the inner and outer diameters can be kept stable. It meets all technical requirements for optical fiber and industrial equipment connectors.
Polyimide coating
Advanced polyimide coating material with adjustable coating thickness, low dielectric constant, combustion and gasification characteristics, high strength under radiation, water-free self-lubricating properties, good high temperature resistance (long-term 300℃, short-term 400℃), corrosion resistance, and wear resistance, is an ideal protective coating for capillary optical fibers. It has good biocompatibility and can be widely used in human interventional systems in the medical industry.
Customized microstructure capillary
The expert team with many years of fiber manufacturing experience can design composite porous capillary structures according to user needs, form multiple channels in a capillary optical fiber, and ensure that it is as smooth as a mirror. We also accept customized services with various inner and outer diameter ratios and sizes.
Applications
Medicine
Precision drug delivery systems
Flow control systems
Clinical and diagnostic equipment
Wearable drug delivery devices
Technology
Chromatography
Micro- and nanofluidics
Mass spectrometry interfaces
Communication system packaging
Industry
Packaging leakage
Evaporative cooling system
Petroleum analysis
Catalysis research
Fiber coupled fan-in fan-out
Optics
Fiber optic sensing
Vacuum ultraviolet femtosecond laser
Vacuum ultraviolet dispersion wave generation
Soliton blue shift
Extrinsic fiber interferometer
General parameters
PN# | Fiber | inner diameter (μm) | outer diameter(μm) | Coating outer diameter(μm) |
HCCF_PSC0.3/125/150PI | Micro-nano capillary | 0.3±0.01 | 125±1 | 150±5 |
HCCF_PSC0.5/125/150PI | 0.5±0.01 | 125±1 | 150±5 | |
HCCF_PSC2/125/150PI |
Capillary Fiber | 2±0.5 | 125±1 | 150±5 |
HCCF_PSC5/125/150PI | 5±1 | 125±1 | 150±5 | |
HCCF_PSC10/125/150PI | 10±2 | 125±1 | 150±5 | |
HCCF_PSC15/125/150PI | 15±2 | 125±1 | 150±5 | |
HCCF_PSC20/125/150PI | 20±2 | 125±1 | 150±5 | |
HCCF_PSC25/125/150PI | 25±2 | 125±1 | 150±5 | |
HCCF_PSC30/125/150PI | 30±2 | 125±1 | 150±5 | |
HCCF_PSC40/125/150PI | 40±2 | 125±1 | 150±5 | |
HCCF_PSC50/125/150PI | 50±2 | 125±1 | 150±5 | |
HCCF_PSC75/125/150PI | 75±2 | 125±1 | 150±5 | |
HCCF_PSC100/125/150PI | 100±2 | 125±1 | 150±5 | |
HCCF_PSC100/220/240PI | 100±2 | 220±2 | 240±5 | |
HCCF_PSC2/340/360PI | 2±1 | 340±2 | 360±5 | |
HCCF_PSC5/340/360PI | 5±1 | 340±2 | 360±5 | |
HCCF_PSC6/340/360PI | 6±2 | 340±2 | 360±5 | |
HCCF_PSC10/340/360PI | 10±2 | 340±2 | 360±5 | |
HCCF_PSC15/340/360PI | 15±2 | 340±2 | 360±5 | |
HCCF_PSC20/340/360PI | 20±2 | 340±2 | 360±5 | |
HCCF_PSC25/340/360PI | 25±2 | 340±2 | 360±5 | |
HCCF_PSC30/340/360PI | 30±2 | 340±2 | 360±5 | |
HCCF_PSC40/340/360PI | 40±2 | 340±2 | 360±5 | |
HCCF_PSC50/340/360PI | 50±2 | 340±2 | 360±5 | |
HCCF_PSC60/340/360PI | 60±2 | 340±2 | 360±5 | |
HCCF_PSC75/340/360PI | 75±2 | 340±2 | 360±5 | |
HCCF_PSC180/340/360PI | 180±2 | 340±2 | 360±5 | |
HCCF_PSC320/340/360PI | 320 | 410 | 440 | |
HCCF_PSC450/640/670PI | 450 | 640 | 670 | |
HCCF_PSC100/760/790PI | 100 | 760 | 790 | |
HCCF_PSC300/760/790PI | 300 | 760 | 790 | |
HCCF_PSC200/1800 |
Quartz capillary | 200 | 1800 | None |
HCCF_PSC500/1250 | 500 | 1250 | None | |
HCCF_PSC700/1750 | 700 | 1750 | None | |
Customizable multi-channel capillary optical fiber and capillary products | Customize | 20~1500 | 60~2000 | optional |