JAERA offers you a wide range of different types of welded mesh: Spot-welded mesh, stainless steel spot-welded mesh, galvanized welded mesh, stainless steel welded mesh and more. We have all common mesh widths, wire thicknesses and dimensions for almost every requirement directly from stock. Benefit from our fast processing of product inquiries and short delivery times.
Do you want to buy welded mesh? JAERA is your reliable partner for mesh solutions with over 40 years of expertise!
Note: Only stock items can be found in the store. For all other products, please continue to contact us directly.
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JAERA is your expert for welded mesh. We have been offering high-quality mesh solutions for industry since 1982. Your advantages with JAERA:
At JAERA, we not only want to offer you the highest quality, but also the widest possible range of products. That's why we have all standard, but also special dimensions, mesh widths and wire thicknesses available for you directly from stock. Depending on the specific application, spot-welded meshes with variable mesh widths are required. For example, narrow meshes from a size of 11.2 x 11.2 mm are required to protect against pests. Larger mesh sizes, for example from 50.0 x 50.0 mm, can be used to protect plant or machinery. However, the mesh thickness should be larger. You can find our wide range of different welded wire meshes in the product filter or in our product catalog.
Other sizes:
We offer spot-welded mesh in the following mesh thicknesses and dimensions to suit your project:
Mesh sizes:
Dimensions:
Mesh width (w): Distance from wire center to wire center.
Wire thickness/mesh thickness (s): Thickness of the wire in mm.
Do you have individual wishes? We are happy to implement them in our finishing service.
Trimming
We cut your welded mesh to size as required. We estimate a delivery time of approximately one week for cutting to size. Cutting: Cutting length up to max. 2,400 mm up to a maximum wire thickness of 4.0 mm.
Additional further processing
We can also offer you the following finishing options: Edging with edging profiles and degreasing
You are welcome to enquire about which further processing options can be implemented for your product.
Please use our contact form or make your inquiry by telephone.
Here you will find all the important information on welding meshes and spot-welding meshes.
Welded meshes are smooth metal wires that are laid on top of each other and permanently welded together at right angles at intersections. This is why they are also known as spot-welded mesh. In contrast to this are woven grids.
Welded mesh offers a robust and versatile solution for numerous industrial applications. They can be made from various materials such as steel or stainless steel and offer high load-bearing capacity and stability. To provide additional protection against corrosion, welded mesh can be hot-dip galvanized
Spot-welded mesh is used in a wide range of areas and sectors. These include industry, agriculture, the food trade, horticulture, trade and construction. They are used, for example, as protective grids, for shelving in warehouse logistics or as fences and grids in animal husbandry. They are traditionally used to enclose sports fields or gardens and as a mesh construction for soccer goals. Welded mesh made of stainless steel or galvanized steel has become an integral part of everyday life.
Below we would like to give you an overview of some areas of application for JAERA welded wire mesh:
Industry:
Warehouse logistics:
Construction:
Arts, crafts & horticulture:
Agriculture and food trade
Spot-welded steel grilles offer you many advantages:
Welded grilles are available in stainless steel or steel. Depending on the intended use, they can then be further processed by hot-dip galvanizing, for example.
Welded mesh consists of smooth wires of various thicknesses made of steel, stainless steel or aluminum. In the manufacturing process, the wires are laid on top of each other at right angles and firmly joined together using resistance spot welding. The cross points are pressed together using two electrodes. The flow of current generates thermal energy that heats the joining partners up to the welding temperature, causing them to fuse together and harden as they cool.
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