How Can I Join Stainless Steel Mesh to Create a Cylinder?

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SUMMARY

The discussion focuses on methods to join a thin strip of 300 micron stainless steel mesh to create a cylinder for use in an inline "Y" type strainer. Participants suggest alternatives to soldering, including heat crimping and brazing, while emphasizing the need to avoid methods that could impede water flow. The conversation highlights the importance of maintaining filtration efficiency and explores the possibility of using oversized mesh with welded strip metal to form a seam.

PREREQUISITES
  • Understanding of stainless steel mesh properties
  • Familiarity with joining techniques such as brazing and heat crimping
  • Knowledge of filtration systems and their requirements
  • Experience with metalworking tools and techniques
NEXT STEPS
  • Research stainless steel brazing techniques
  • Explore heat crimping methods for thin materials
  • Investigate the design and manufacturing of perforated sheets
  • Learn about the properties and applications of 300 micron filtration
USEFUL FOR

Engineers, metal fabricators, and anyone involved in the design and manufacturing of filtration systems, particularly those working with stainless steel mesh and seeking efficient joining methods.

MechEng91
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Hi I need a way of joining a very thin strip of stainless steel mesh to form a cylinder.

It forms the 300 micron mesh cylinder that sits inside a inline "Y" type strainer.

The one i have currently doesn't seem to be joined by adhesive but by a heat crimp or sum sort of non welding/soldering method.

Any ideas

Cheers
 
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i think soldering is your only shot my friend, but if you gave a better insight as to what its needed for maybe we can come up with some other method.
 
http://www.globalvalves.com.au/valves/STRAINER VALVES/STR-74A-Rev01.pdf

Ok the strainer is much like the one above and you can get the mesh in steel, alumin, ss etc. Its used to filter water being injected at pressure into some jets for underground coal dust suppression. We were looking to by the filter mesh with 300 micron and 100 micron filtration. It may take more to manufacture however currently we haven't sourced anything under 800 micron in filtration.

So in essence its just a throw away filter of sorts. Just need a way of forming a cylinder without soldering this very fine mesh. It shouldn't impinge the flow of water, hence no solder.
 
Unless you can deep-form a perforated sheet into a cup, you would seem to need a seam...

Given that it will be disposable, can you over-size it and close the overlap with a sandwich of welded strip metal ?
 
Nik_2213 said:
Unless you can deep-form a perforated sheet into a cup, you would seem to need a seam...

Given that it will be disposable, can you over-size it and close the overlap with a sandwich of welded strip metal ?

That is a very good idea Nik however i don't want to impinge the flow of water through the strainer. There is a seem on the one i have currently however I am not quite sure if it stuck together by adhesive but blowing air through the seam it doesn't seem to be.
 
Nik_2213 said:
Unless you can deep-form a perforated sheet into a cup, you would seem to need a seam...

Given that it will be disposable, can you over-size it and close the overlap with a sandwich of welded strip metal ?

I had a similar question but your advice on the perforated sheet has helped greatly.
 
MechEng91 said:
Hi I need a way of joining a very thin strip of stainless steel mesh to form a cylinder.

It forms the 300 micron mesh cylinder that sits inside a inline "Y" type strainer.

The one i have currently doesn't seem to be joined by adhesive but by a heat crimp or sum sort of non welding/soldering method.

Any ideas

Cheers
Brazing may the way to go unless one can spot weld.

http://www.abbottfurnace.com/technology/technical-papers-pdf/stainless-brazing.pdf

http://www.stainless-online.com/manufacturing/braze-stainless-tubing.htm

http://www.aws.org/wj/2004/10/030/
 
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Thanks for the ideas guys. Been a great help

Cheers
 

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