Seelye Companies
Seelye Companies
946 Century Lane
Apopka, FL 32703
Toll Free: 800.258.2936
Phone: 407.656.6677
Fax: 407.656.5244
Email: customerservice@seelyeinc-orl.com
Website: www.seelyeinc-orl.com
Print Back
The John Guest® PE Range of plastic tubing is produced in Linear Low-Density Polyethylene for cold and intermittent hot water applications.

Our tubing provides the benefits of a wide range of temperature and pressure suitability, broad chemical compatibility and is made from non-contaminating materials. Common applications are in water purification, water conditioners, ice makers and misting systems. LLDPE is more robust than traditional low or medium density polyethylene and is recommended for use with cold and intermittent hot water. Our tubing is made from FDA compliant materials and is NSF International certified. John Guest® LLDPE Tubing provides excellent resistance to environmental stress cracking as measured by ASTM D-1693 (10% IGEPAL).
Unit of Measure

Specifications

Brands

 N/A John Guest®

Tube Outside Diameter

 N/A 5/16 in

Inside Diameter

 N/A 0.187 in

Tube Tolerance

 N/A +0.001 in-0.004 in

Coil Length

 N/A 500 ft

Minimum Bend Radius

 N/A 1.13 in

Color

 N/A Natural
Optional Colors1 N/A Green Orange Violet Yellow

Material

 N/A Linear Low-Density Polyethylene (LLDPE)

NSF International Standard

 N/A NSF 51 NSF 61
Working Temperature2 N/A 70 to 150 ºF

Working Pressure at 70 Degree Fahrenheit (ºF) Temperature

 N/A 230 psi
Working Pressure at 150 Degree Fahrenheit (ºF) Temperature3 N/A 120 psi

Applications

 N/A Ice Makers and Misting Water Conditioners Water Purification

Approvals

 N/A Food And Drug Administration

Test Method

 N/A ASTM D-1693 (10% IGEPAL)

Additional Information

Additional Information

 N/A John Guest® Polyethylene tubing is designed for use with John Guest® Super Speedfit push-fit fittings, John Guest® Shut-Off Valves and virtually all standard tubing connectors.

Pneumatics Applications

Pneumatics Applications

 N/A John Guest® LLDPE tube is suitable for pneumatic applications providing pressure is maximum 150psi @ 70ºF (10 bar @ 20ºC). At elevated temperatures 120ºF+ (50ºC+) mineral oil will degrade LLPDE tube and therefore, LLDPE tube used in pneumatic circuits should be periodically checked and replaced if necessary.

Tube Inserts

Tube Inserts

 N/A If the tube is used in a warm water system a tube insert is necessary.

Exposure to Ultraviolet Light

Exposure to Ultraviolet Light

 N/A John Guest® Black LLDPE tubing is UV stabilized and can be exposed to direct ultraviolet light (e.g. direct sunlight); other colors of John Guest® LLDPE tubing are not UV stabilized and cannot be exposed to direct ultraviolet light.

Chemical Resistance

Chemical Resistance

 N/A For use of LLDPE with chemicals or potentially aggressive liquids, please refer to our Technical Service Department.

NOTE: When using cleaning agents or other potentially aggressive liquids, please ensure compatibility with tubing and fittings. LLDPE is not recommended for mineral oils, gases and fuels or high pressure compressed air / pneumatic systems.

Potable Water Applications

Potable Water Applications

 N/A John Guest® LLDPE tubing is suitable for potable cold water applications with a maximum chlorine content of 4 parts per million (4 ppm). Heating water above 70ºF (20ºC) and or pressures above the maximum will significantly reduce service life. Direct exposure to sunlight will also significantly reduce its useful service. As part of good practice tubing should be inspected regularly. If there is any evidence of damage, hardening or cracking it should be replaced immediately.

Note

Note

 N/A Prices subject to change without notice.

Popular items are now generally in stock and are available in minimum quantities of 2 coils. Other items may be subject to longer lead times and are available in minimum quantities of 50 coils.
  • 1 Black tubing is UV stabilized.
  • 2 The maximum temperatures and pressures do not take chlorine content into account. This could reduce service life.
  • 3 Burst pressures are approximately 3 times the maximum working pressure.

    Please note maximum pressure rating for a 'system' depends on the lowest rated component.