JP113 Axial Expansion Joint Screwed

  • Image of JP113 Axial Expansion Joint Screwed
  • Image of JP113 Axial Expansion Joint Screwed
  • Image of JP113 Axial Expansion Joint Screwed
  • Image of JP113 Axial Expansion Joint Screwed
  • Image of JP113 Axial Expansion Joint Screwed
SketchfabSketchfab
  • Views 97
  • Comments 0
  • Rating- / 5
    Rate this product
    1/5 Rating1/5 Rating2/5 Rating2/5 Rating3/5 Rating3/5 Rating4/5 Rating4/5 Rating5/5 Rating5/5 Rating

BS1192:4

Compliant

BSB

Compliant

Object Data

1 Revision

Last Updated

21/08/2024

Available for:
  • Logo: Autodesk Revit

JP113 Axial Expansion Joint Screwed

Now Available With Precision Fit Flexible Lagging Jackets To Suit JP113.

Specification

Axial expansion joint consisting of stainless steel grade 321 bellows assembly fitted with carbon steel female B.S.P. end connections. Complete with internal flow sleeve and white aluminium external protective sleeve. Fitted with movement indicator and limit clip.

Application

Stourflex axial expansion joints are designed to accommodate pipe movements in an axial plane (straight runs) due to thermal expansion. They are suitable for L.T.H.W, M.T.H.W, steam and other hot liquids and gases.

The white aluminium external protective sleeve makes the Type JP113 particularly suitable for use where pipework is visible inside occupied buildings.

  • Maximum working temperature 250ºC.
  • Maximum working pressure 10 bar at 200ºC.
  • Stourflex axial expansion joints should not be used at both their maximum working temperature and pressure respectively.
  • Maximum test pressure =1.5 x working pressure or 1.5 x end connection rating, whichever the lower.
Lagging

Stourflex are now able to offer a tailor made flexible lagging jacket to help reduce heat losses on LTHW systems and heat gains & condensation on CHW systems.

Read more

Embed Product

To embed this product into any website simply copy and paste the code below.

Community comments

You might also like

CloseClose