Welded mesh - Sandvik Mining and Rock Technology

Sandvik and our vendors use cookies (and similar technologies) to collect and process personal data (such as device identifiers, IP addresses, and website interactions) for essential site functions, analyzing site performance, personalizing content, and delivering targeted ads. Some cookies are necessary and can’t be turned off, while others are used only if you consent. The consent-based cookies help us support Sandvik and individualize your website experience. You may accept or reject all such cookies by clicking the appropriate button below. You can also consent to cookies based on their purposes via the manage cookies link below. Visit our cookie privacy policy for more details on how we use cookies.

gaite are exported all over the world and different industries with quality first. Our belief is to provide our customers with more and better high value-added products. Let's create a better future together.

Related links:
What Are the Advantages of steel grating？
Everything You Need to Know about Airtex Mesh Fabric
Why is stainless steel pre-crimp mesh Better?

For more information, please visit welded wire mesh supplier.

If you are looking for more details, kindly visit Epoxy Coated Filter Mesh.

I have always acted under the assumption that welded wire mesh was the same strength as rebar (60ksi). It came up recently that welded wire mesh also comes in higher strengths. My question is, what is the most common strength used for welded wire mesh and is it cost effective to go with the higher strength mesh. For reference, I am using a W2.9 x W2.9 4x4 mesh. It is sort of a unique design situation where we are using a composite light gauge-concrete panel. Essentially, there are metal studs built compositely with a 2 1/2" concrete shell. This shell is being treated as "sheathing" essentially resisting the load in-plane and spanning from stud to stud. The complicated part in this is that we are using 200 mph wind pressure (ASCE 7-5) to design these panels. In some of the panels we have called for two layers of welded wire mesh which theoretically will fit into the panel, but you have to install it in a specific way in which the layers are overlapping each other. The contractor/owner is having issues with this so wants to utilize carbon fiber reinforced concrete to reduce the amount of strength needed from the welded wire mesh to reduce the layers of mesh down to 1 layer. The engineer they have are using to analyze the carbon fiber concrete with the mesh has indicated to us that the strength between 60 ksi and 75 ksi plays a significant impact on the dosage of the fibers. So hence why I am here, because I wasn't really sure if 75 ksi welded wire mesh was all too common or if it would be cost effective.