How to Improve the Corrosion Resistance of Reinforced Mesh?

Because Rebar Mesh is a metal product, rust is its biggest natural enemy in use, so when users use this product, it is first necessary to make it have good corrosion resistance. So how to make the product more resistant to corrosion? First of all, we need to allow manufacturers to use good information, different metal materials will have different corrosion resistance, it is because of this, it will make it have very different corrosion resistance.

Of course, what kind of data a Reinforcement Wire Mesh Manufacturer uses to make a reinforcement mesh is completely limited by their cost concept. More manufacturers will lower the standard just to reduce production costs. In addition, its appearance treatment will also have a great impact on its rust resistance. Generally, such meshes are also treated on the surface. However, different manufacturers have different treatment methods, so they will have a certain effect on their rust prevention performance, and this aspect will also have a great impact on their rust prevention.

Some manufacturers, although the above two points have been achieved when producing the reinforcement mesh, but there will still be rust in the process of user use, which is also what kind of welding process manufacturers. This product needs to be welded in production, but if the manufacturer's welding seam is too high, it will have a great impact on the product information. It is a rust prevention material, but it does not have rust prevention ability at high temperatures, so in this case, it Will lose the product's anti-rust ability. Therefore, in order to improve the rust prevention ability of this product, we must first let the manufacturer have a better welding process.

German Standard Reinforcing Mesh

What points should be paid attention to when building meshes are under construction? The following German Standard Reinforcing Mesh supplier will come to tell you a few points:

1. Ensuring project quality: Reinforced mesh is made by a fully automatic and intelligent production line under the strict quality control of the factory. Grid standards, reinforcement standards, and quality are tightly controlled. Avoiding the loss of artificial lashing nets, unstable lashing, erroneous lashing and cut corners. The mesh has large steel, good properties, uniform and accurate distance, and high welding point strength. Therefore, the engineering quality has been greatly improved.

2. Improved anti-seismic and anti-cracking functions: The longitudinal and transverse bars of the reinforced mesh constitute a network structure, so it has good adhesion and anchorage with concrete, and the load can be evenly distributed, which significantly improves the anti-seismic and crack-resistant functions of the reinforced concrete structure. According to practical tests, laying welded steel mesh on the road can reduce the occurrence of cracks by more than 75% compared with artificial lashing mesh.

3. Reduction of the use of reinforcing steel bars: The planning strength of many round steel bars is currently used, and the planning strength of reinforcing steel nets is based on the principle of equal strength replacement, and then considers the general factors. Using the reinforcing steel nets can save more than 25% of the amount of reinforcing steel used. And the reinforcement mesh does not need to be processed after being transported to the construction site, so it is not lost.

4. Accelerate the construction progress: the use of reinforced mesh can facilitate the construction of the project. As long as the reinforced mesh is laid as required, the concrete can be irrigated, eliminating the need for on-site cutting of the reinforcement, placing them one by one, and tying. It can save man-hours by 50% -70%, greatly speed up the construction progress and shorten the construction cycle.

5. Decrease project cost: Although the unit price of the reinforcing steel mesh is higher than that of scattered steel bars, the factors such as data consumption, data loss, construction speed, ease of construction, labor costs, on-site processing costs, and mechanical processing costs can be considered to reduce the reinforcement project. The cost is 5-10%, which has considerable economic benefits.

The above is the relevant content of the construction mesh, I hope to help everyone.