

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The COILHOSE PNEUMATICS PT0809-250TC is a clear polyurethane pneumatic tube rated for continuous use in compressed air and fluid transfer applications. With a 0.32 inch inside diameter and a 0.50 inch outside diameter, this tube provides a 0.09 inch wall thickness with a Shore 95A hardness rating. It handles a maximum working pressure of 133 psi and operates across a wide temperature range of -40 degrees F to 165 degrees F. The tube is flexible by design, which simplifies routing in tight or congested panel and machine environments. Licensed HVAC techs, automation mechanics, and pneumatic system installers work with this type of tubing when building or servicing push-to-connect pneumatic circuits.
This polyurethane tube is suited for industrial, commercial, and light manufacturing pneumatic systems where flexibility and pressure resistance are both required. It is sold in 250 foot coil lengths and priced per foot in 1 foot increments with a 25 foot minimum cut length. The tube is listed as compatible with Coilock Push-to-Connect Fittings and Poly-Tube Fittings, making it a direct fit for those fitting families without additional adapters. Typical installation scenarios include instrument air lines, actuator feed lines, and tool supply drops in shop or production environments.
Designed for use with Coilock Push-to-Connect Fittings and Poly-Tube Fittings as stated by the manufacturer. Suitable for standard compressed air pneumatic circuits requiring 0.50 inch OD tubing.
Installation is typically performed by pneumatic system technicians or automation mechanics. Before servicing any connected line, depressurize the system completely and verify zero pressure at the work point. Cut tube ends square using a dedicated tube cutter to ensure a proper seal at push-to-connect fittings — angled or crushed cuts are a leading cause of fitting leaks. Refer to the fitting manufacturer torque and insertion depth specifications when making connections.
Thanks for subscribing!
This email has been registered!