• This type of polyurethane pipe has exceptional characteristics.
• This tube is very flexible and provides excellent flexing capacity making it an ideal pneumatic or robot control system.
• Also for many chemicals, gas, oil and has good wear resistance.
• This tubing is often used in low-pressure pneumatic and pneumatic controls.
• It has wide resistance to chemicals and solvents, good flexibility and relatively low cost.
• HDPE tubing comes in semi-rigid versions that resist cuts and physical damage and has a higher burst pressure than polyethylene tubing.
• Polyurethane is like the mixture of rubber and plastic and it is naturally flexible and does not use additives to retain its flexural properties.
• Generally, polyurethane is tackier than PVC.
• It may stick to itself, which especially in the case of tubingcan result in tangles.
• Additives can be mixed with the polyurethane resin during manufacture to reduce tackiness.
• Material combinations such as PVC/polyurethane blends can also change the surface characteristics, but PVC by itself has a naturally slipperier surface than 100% polyurethane.
• Typical polyurethane tubing applications include pneumatic control systems, cable jacketing, air lines, powder and granular material transfer, fluid lines, sleeving, low pressure hydraulics and robotics.

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