Description
Product characterization And Application
Feature:
- Textile Reinforced Structure: High pressure resistance and enhanced durability.
- Built-in Ground Wire: Ensures electrostatic discharge safety during operation.
- Environmental & Chemical Resistance: Hydrolysis resistant, microbe resistant, and halogen-free.
- RoHS Compliant: Meets international environmental and material safety standards.
- Excellent Flexibility: Offers soft texture and high bendability for easy routing.
Applications:
- Spraying Industry Delivers air and fluids in automatic spraying robots and paint spray reinforced tubing systems.
- Pneumatic Devices Supplies air to cylinders, automation line PU tubing, pneumatic tool air hose units, and industrial vacuum air tubing.
- Automation Equipment Powers robotic system air lines, packaging machinery, CNC tools, and material handling reinforced hose systems.
- Rapid Circulation Systems Connects pneumatic fast clamping and quick change system pneumatic hose assemblies for rapid mold switching.
Product information
Note: Custom sizes, colors, hardness, burst pressures, and temperatures are available—please contact the company for technical specifications.
Product Parameters
FAQ:
Q1: Why is an anti-static reinforced PU hose required for paint spraying?
A: High-velocity paint and fluid transfer generates severe friction, building up dangerous static electricity on standard plastic lines. This hose features an embedded copper wire to safely ground electrostatic charges, preventing sparks, explosions, and pinhole leaks in volatile coating environments.
Q2: How does the braided reinforcement layer improve performance?
A: The high-tensile textile braided structure allows the hose to withstand much higher working pressures (up to 1.6 Mpa) compared to standard unreinforced polyurethane tubing. This ensures stable fluid delivery in automated robotic arms and heavy-duty spraying equipment.
Q3: Can this copper wire reinforced hose handle solvent-based paints?
A: It is made of premium polyether polyurethane, which offers excellent resistance to water-based fluids and common spraying chemicals. For highly aggressive chemical solvents, we recommend using our fluoropolymer linings like PFA or PTFE tubing.
Q4: Is the embedded copper wire flexible enough for robotic arm applications?
A: Yes. The copper grounding wire is spiraled alongside the textile braid within the hose wall. It maintains excellent flexibility and structural integrity, allowing a small bending radius without breaking during rapid, continuous movements of automation equipment.
