Description
🟦 Product characterization And Application
Feature:
-
Anti-Static & Conductive Performance Manufactured from conductive fluororesin to effectively prevent static buildup during fluid transfer.
-
High Purity & Low Leaching Verified for minimal leaching of fluoride ions and metal ions, making it suitable for semiconductor manufacturing.
-
Chemical Stability Provides excellent resistance against highly corrosive chemical liquids, acids, and industrial solvents.
-
Wide Temperature Range Maintains mechanical integrity within a working temperature range of -60°C to +260°C.
-
High Flow Efficiency Low friction coefficient minimizes fluid flow resistance to optimize system throughput.
-
Flexible Installation Good flexibility and bendability allow for easy routing in complex or compact equipment layouts.
Applications:
-
Wet Process: Wet benches, batch cleaning, spin scrubbers
-
Single-Wafer: Spin coaters, single-wafer cleaning, track systems
-
Chemical Systems: Chemical blending, bulk delivery units, chemical cabinets
-
Etch & Deposition: Wet etching, plasma etching, ALD systems
-
Gas & Fluid Modules: Valve manifold boxes, gas cabinets, distribution panels
-
Lithography Tracks: Photoresist dispense systems, chemical lines
-
Chillers: High-purity cooling loops, fluid circuits
-
Instruments: ICP-MS sampling, chromatography, lab robots
Advantages:
- Prevents sparks that can cause fire.
- Protects the tube insulation from damage caused by electrical discharge in an isolated environment.
- No corrosion typical of metal wires and mesh.
- Resistance to high temperatures: maximum working temperature is 260℃.
🟦 Product information
Note: Custom sizes, colors, hardness, burst pressures, and temperatures are available—please contact the company for technical specifications.
🟦 Product Parameters
FAQ
Q1 What is an anti-static hose?
A1 An anti-static hose (also known as a static dissipative hose) is a specialized tube designed to safely dissipate electrostatic charges generated during fluid or gas transfer. Standard plastic tubes act as insulators, allowing static electricity to accumulate. An anti-static hose incorporates conductive materials to bleed this charge safely to the ground, preventing sparks, pinhole leaks, and explosions.
Q2 Can plastic pipe be electrified by rubbing?
A2 Yes. Through triboelectric charging, friction causes standard plastic pipes to build up static electricity. When fluids, gases, or dry powders flow through an insulating plastic line, they rub against the inner wall. Because materials like standard PVC or PU cannot conduct electricity, the charge remains trapped on the surface, creating a high-voltage static hazard.
Q3Do I need an antistatic hose?
A4 You require an anti-static hose if your application involves any of the following risks:
- Volatile Environments: Transferring flammable chemicals, solvents, or fuels where a single spark could cause an explosion.
- Semiconductor & Electronics: Protecting sensitive components from Electrostatic Discharge (ESD) by using a high purity pfa tubing setup.
- High-Velocity Media: Moving air, gases, or powders at high speeds, which accelerates friction compared to a standard pneumatic hose or air tubing.
