· PU tubes are manufactured from polyurethane, featuring wear resistance, excellent flexibility, vibration resistance, and bending endurance
· They are suitable for applications requiring significant bending and compatible with various joint types
· Working medium: air, water
· The typical operating pressure ranges from 0.8 to 1 MPa, with an operating temperature of-20 to 70°C
· The larger the tubing diameter and the lower the working pressure
| Colour | Option |
| 白色 | W |
| 桔色 | O |
| 黄色 | Y |
| 绿色 | G |
| 蓝色 | U |
| 黑色 | B |
| 红色 | R |
| 本色 | N |
| Type | Option |
| Tubes | PU |
|
External diameter
|
Option |
| 4mm | 04 |
| 6mm | 06 |
| 8mm | 08 |
| 10mm | 10 |
| 12mm | 12 |
| 16mm | 16 |
|
Minimum bending radius
|
Option |
| 50 cm | 50 |
| 100 cm | 100 |
| ...... | ...... |
| X cm | X |
Note: Please select the appropriate configuration based on your actual application requirements. If you have any questions, please contact technical support.
The automotive industry is among the earliest and most highly automated sectors. As a core component in automated control systems, the valve island enables precise regulation of industrial robot pneumatic gripper, dual-circuit water and air systems, fixtures, and related equipment through integrated and modular design. Its key features include:
• Integrated electro pneumatic platform
• Diverse power, communication, and sensor interfaces
• Multiple communication protocols
• Digital and analog inputs/outputs
• WIFI (optional)
Industries such as semiconductors and 3C electronics are evolving at a rapid pace, with 5G, digital technologies, and e-mobility emerging as key future directions. New drive and control technologies must combine flexibility, intelligence, and high energy efficiency. Valve islands, featuring modular design and smart diagnostics, are ideally positioned to meet these evolving production demands. Their key features include:
• Compact and micro-sized design to meet spatial constraints
• Diverse I/O interface options to flexibly adapt to various application scenarios
• Integrated valves, signals, and communication to maximize cost savings
• Support for multiple protocols and network topologies
• Bus control for vacuum functions and I/O points
Safety and efficiency are paramount in the food and medical industries.The combination of valve islands and electric drive systems meets high-efficiency production requirements by optimizing production costs through precise dosing control, while ensuring uncompromising food quality. Their key features include:
• Robust IP protection rating
• Food-grade lubricants
• Hygienic design and appearance
• Diverse digital and analog I/O options
• Wireless control (optional)
Rapid technological iterations in the lithium battery and solar industries are driving the global clean energy transition and advancing carbon neutrality goals.
As a critical control component, the valve island features the following functions:
•Control of various valves
•Additional I/O for controlling electrically actuated valves, integrating sensors, or creating closed-loop control circuits
•Execution of diagnostics and remote maintenance functions
Process automation and general industry rely on highly precise, integrated, modular, and intelligent control, and are subject to stringent requirements for environmental adaptability and energy efficiency. By utilizing bus systems to achieve serial communication between solenoid coils and electrical I/O functions, valve islands significantly simplify wiring and enhance flexibility. Their key features include:
•Reduced wiring and high response speed
•Ring network redundancy for high safety levels
•Support for multiple I/O points
•Compact structure
•Applicability in harsh environments