John Guest Reducing Elbow from 3/8" to 5/16" (OD) tube, Grey Acetal

John Guest Reducing Elbow from 3/8" to 5/16" (OD) tube, Grey Acetal

Product Code: JGU-PI211210S

John Guest reducing elbow suitable for use in a range of applications including in the Brewing and Soft Drinks Industries and for potable water. They are also suitable for air and inert gases such as N2/CO2 to a maximum temperature of 65°C.

$7.69 Excl. GST
$8.46 Incl. GST
In Stock - Available for Fast Delivery
Vendor: John Guest

Available

KEY FEATURES
  • State-of-art push-fit technology from John Guest
  • Quick disconnection without the need for tools
  • Full product range including fittings, tubing & accessories stocked in Australia by Parkway

 

John Guest Grey Acetal Fittings are suitable for liquids and inert gasses.

The fittings are offered in sizes 5/32" to 5/8" are manufactured in grey acetal copolymer, and fitted with a food grade Nitrile O-Ring, making them especially suitable for applications involving foodstuffs and potable liquids. They are however equally suitable for air and inert gases, and can be used on N2/CO2 mixed gas dispense lines, pneumatic and vacuum applications. Ensure products are installed in accordance with local codes of practice.

 

ADDITIONAL FEATURES
  • Push-fit technology
  • Manufactured in grey acetal copolymer
  • Suitable for liquids, air and inert gases

 

APPLICATIONS
  • Suitable for the brewing and soft drinks Industries and for potable water
  • Also suitable for air and inert gases such as N2/CO2 to a maximum temperature of 65°C (ensure products are installed in accordance with local codes of practice)
  • For use with other potable liquids, please refer to our Customer Service Department for guidance

 

PRODUCT PACKAGE INCLUDES
  • John Guest Reducing Elbow from 3/8" to 5/16" (OD) tube, Grey Acetal


INSTALLATION INSTRUCTIONS


 

    Brand John Guest
    Model JGU-PI211210S
    Weight  - g 
    Length - mm
    Width - mm
    Depth - mm
    Material Grey Acetal
    Connection (end) 1 Push-fit (to suit 3/8" OD tube)
    Connection (end) 2 Push-fit (to suit 5/16" OD tube)

     

    The contents of this document are provided as a guide only and are subject to change without prior notice, and without any subsequent liability to Parkway Process Solutions Pty Ltd (the “Company”) or any of its related entities. The actual shape, colour, size, performance and/or any other parameters of the item/s and/or product/s and/or system/s supplied by the Company, may vary materially from those outlined by the Company.


    All brand names and product names outlined in this document are either trademarks or registered trademarks and belong to the respective companies.


    ALL INFORMATION OUTLINED HEREIN IS PROVIDED AS A GUIDE ONLY AND SHOULD NOT BE RELIED UPON FOR ANY PURPOSE, WITHOUT CONFIRMING SUCH DETAILS WITH THE COMPANY BEFORE MAKING A PURCHASE AND/OR UTILISING A GIVEN PRODUCT.


     

    PRODUCT INFORMATION SHEET (PIS)

    Additional information about the John Guest range of specialty fittings, valves, tube and accessories is outlined in the John Guest Technical Manual.

    DOWNLOAD

    KEY FEATURES
    • State-of-art push-fit technology from John Guest
    • Quick disconnection without the need for tools
    • Full product range including fittings, tubing & accessories stocked in Australia by Parkway

     

    John Guest Grey Acetal Fittings are suitable for liquids and inert gasses.

    The fittings are offered in sizes 5/32" to 5/8" are manufactured in grey acetal copolymer, and fitted with a food grade Nitrile O-Ring, making them especially suitable for applications involving foodstuffs and potable liquids. They are however equally suitable for air and inert gases, and can be used on N2/CO2 mixed gas dispense lines, pneumatic and vacuum applications. Ensure products are installed in accordance with local codes of practice.

     

    ADDITIONAL FEATURES
    • Push-fit technology
    • Manufactured in grey acetal copolymer
    • Suitable for liquids, air and inert gases

     

    APPLICATIONS
    • Suitable for the brewing and soft drinks Industries and for potable water
    • Also suitable for air and inert gases such as N2/CO2 to a maximum temperature of 65°C (ensure products are installed in accordance with local codes of practice)
    • For use with other potable liquids, please refer to our Customer Service Department for guidance

     

    PRODUCT PACKAGE INCLUDES
    • John Guest Reducing Elbow from 3/8" to 5/16" (OD) tube, Grey Acetal


    INSTALLATION INSTRUCTIONS


     

      SPECIFICATIONS
      Brand John Guest
      Model JGU-PI211210S
      Weight  - g 
      Length - mm
      Width - mm
      Depth - mm
      Material Grey Acetal
      Connection (end) 1 Push-fit (to suit 3/8" OD tube)
      Connection (end) 2 Push-fit (to suit 5/16" OD tube)

       

      The contents of this document are provided as a guide only and are subject to change without prior notice, and without any subsequent liability to Parkway Process Solutions Pty Ltd (the “Company”) or any of its related entities. The actual shape, colour, size, performance and/or any other parameters of the item/s and/or product/s and/or system/s supplied by the Company, may vary materially from those outlined by the Company.


      All brand names and product names outlined in this document are either trademarks or registered trademarks and belong to the respective companies.


      ALL INFORMATION OUTLINED HEREIN IS PROVIDED AS A GUIDE ONLY AND SHOULD NOT BE RELIED UPON FOR ANY PURPOSE, WITHOUT CONFIRMING SUCH DETAILS WITH THE COMPANY BEFORE MAKING A PURCHASE AND/OR UTILISING A GIVEN PRODUCT.


       

      ADDITIONAL RESOURCES
      PRODUCT INFORMATION SHEET (PIS)

      Additional information about the John Guest range of specialty fittings, valves, tube and accessories is outlined in the John Guest Technical Manual.

      DOWNLOAD

      Claritas est etiam processus dynamicus, qui sequitur mutationem consuetudium lectorum. Mirum est notare quam littera gothica, quam nunc putamus parum claram, anteposuerit litterarum formas humanitatis per seacula quarta decima et quinta decima. Eodem modo typi, qui nunc nobis videntur parum clari, fiant sollemnes in futurum.