Expanded Metal Mesh Conducts Itself Well

Formed from a single piece of metal, the characteristics of expanded metal mesh make it a superb conductor of electricity, opening it up for use in a whole range of specialist applications. Any ductile material can be expanded to a range of thicknesses an


Expanded Metal Mesh Conducts Itself Well



Formed from a single piece of metal, the characteristics of expanded metal mesh make it a superb conductor of electricity, opening it up for use in a whole range of specialist applications. Any ductile material can be expanded to a range of thicknesses and patterns, thus making it highly cost effective with no joins or welds to interrupt the electrical conductivity flow. Patterns range from traditional diamond to square, hexagonal, parallel strand and decorative and can be finished with a range of specialist coatings – powder coated, painted, galvanised, anodised and coloured to blend in with any environment. Also the process of expanded metal mesh reveals the advantage of reducing waste generated from the process, hence achieving significant cost savings against comparable steel sheets.



“Where this product really comes into its own is in situations where electric current needs to be constantly conducted using a controlled method. For this purpose titanium and nickel expanded mesh are used extensively in Fuel Cells and battery packs,” comments Deanne Malton from EMC. “It is also ideal for protection from electric current, if we look at its benefits to the aircraft industry, applying mesh enables the lightning current to quickly transmit across the wing surface reducing its focus and thus, its potential danger.”


Expanded Metal mesh is currently being used within a patented leak detector system, which operates on the principle of a liquid leak falling between two pieces of mesh and completing a circuit which raises an alarm and alerts attention to the leak.


Additionally, magnetic flux and thermal heat can all pass efficiently through the expanded metal mesh with no breaks to interrupt the flow. The value of the material is that it can be specified in over 6000 variants to suit any design considerations. “Increasingly, specifiers from a diverse range of industries are recognising the advantages of using expanded metal mesh not only from a design angle but as a practical solution to conductivity requirements,” concludes Deanne Malton.



For more information please contact: Deanne Malton Marketing Department, The Expanded Metal Company, PO Box 14, Longhill Industrial Estate (North), Hartlepool, TS25 1PR Tel:01429 867 388.


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