High Strength Welded Steel Mesh for Construction Reinforcement Durable Building Material

• Customization: Available
• Warranty: 10 Years
• Material: Customizable
• Model NO.: mesh
• Application: Construction Wire Mesh, Protecting Mesh, Decorative Mesh, Filter, Sieving Diversified Pellet, Barbecue Wire Mesh, Cages, Customizable
• Hole Shape: Customizable
• Usage: Protection, Aquaculture, Water Conservancy Construction, Civil Building, Railway Construction, Road Construction, Customizable
• Weave Characteristic: Customizable
• Surface Treatment: Customizable
• Stamping Expanded Metal Mesh Category: Customizable
• Galvanized Surface Treatment: Customizable
• Hot-galvanize Technique: Customizable
• Specifications: Thickness
• Weight: Light-weight
• Certification: ISO9001:2008
• Color: Customizable
• Length: Customizable
• Width: Customizable
• Height: Customizable
• Transport Package: Pallet, Wooden Box, Weave Bag
• Specification: customized
• Trademark: SQ
• Origin: China
• Production Capacity: 5000pieces/Day
• Package Size: 200.00cm * 20.00cm * 30.00cm
• Package Gross Weight: 20.000kg

Product Description

Steel mesh, also known as welded steel mesh or welded steel mesh, is an important building material. The following will provide a detailed introduction from various aspects:
1, Basic Definition and Composition
A mesh structure formed by arranging longitudinal and transverse steel bars at a certain distance, forming a right angle with each other, and all intersection points welded (or partially tied, depending on the type) together. Steel bars are made of various materials, including low-carbon steel wire, cold-rolled ribbed steel bars, and stainless steel wire used in special scenarios such as marine engineering where high corrosion resistance is required.
2, Classification situation
According to raw materials, it can be divided into cold-rolled ribbed welded steel mesh, cold drawn round welded steel mesh, and thermoelectric (hot-rolled) ribbed welded steel mesh. Among them, cold-rolled ribbed steel mesh is widely used in construction and other fields due to its good performance adaptability.
According to processing and usage methods: there are welding type, binding type, pressure type, etc. Welding type is a method of connecting steel bars at intersections through resistance welding or arc welding, which has stable structure and high strength. It is commonly used for reinforcing concrete structures in buildings; The tying type relies on tying machines to tie steel bars into a mesh, which is flexible to install and is commonly used for laying on building walls and floors; Pressure type is pressed by pressure machines, with strong compressive strength, suitable for underground engineering such as tunnel support.
Customized attributes according to specifications: divided into standardized welded steel mesh and customized welded steel mesh. The standardized mesh has parameters such as steel bar grade, diameter, length, and spacing; Customized mesh can flexibly adjust these parameters according to specific engineering requirements.
3, Performance characteristics
Strength and stability: Made of high-quality cold drawn or hot-rolled steel wire, it has high strength and good toughness, can withstand large loads and deformations, enhance the tensile, shear, seismic and other properties of concrete structures, and effectively reduce the occurrence of cracks. For example, when used in building floors, it can enhance the load-bearing and crack resistance of the floor, making the building structure more stable.
Corrosion resistance and durability: The surface is treated with anti-corrosion treatments such as galvanizing and spraying (some materials are inherently corrosion-resistant, such as stainless steel wire), which can resist corrosion and oxidation in the environment and extend the service life in construction, water conservancy and other projects. Steel mesh used to reinforce dams in hydraulic engineering, after anti-corrosion treatment, can resist water flow impact and erosion for a long time.
Construction convenience: Prefabricated production in the factory, controllable quality, easy on-site installation, can significantly reduce the amount of manual binding and other operations, accelerate construction progress, reduce manual errors, and improve construction efficiency and quality. For example, in large-scale construction of building floors, prefabricated steel mesh can be used to quickly lay and shorten the construction period.
Economy: Reasonable grid design can reduce steel waste. Although some types require slightly higher initial investment, the cost-effectiveness advantage is obvious in the long run, such as shortening the construction period and reducing maintenance costs. For example, threaded ribbed steel mesh can reduce the amount of steel reinforcement by optimizing the layout, and also save labor costs due to convenient construction.
4, Application Fields
Construction engineering: widely used in floor slabs, walls, foundations, beams, columns and other parts, such as residential and commercial building floor construction. The use of steel mesh can enhance the strength and seismic resistance of concrete structures, making buildings stronger and safer. It can also be used in underfloor heating systems to fix pipelines and enhance ground structures.
Bridge engineering: used in bridge deck paving, piers, main beams, and other locations to enhance the load-bearing capacity, durability, and overall stability of the bridge, disperse vehicle loads, prevent bridge deck cracking, sinking, etc., and ensure long-term safe use of the bridge.
Road engineering: used for reinforcing the pavement and subgrade of highways and railways, preventing cracking and sinking of the pavement due to vehicle compaction, environmental changes, etc., enhancing the structural strength of the road, and extending the service life of the road.
Tunnels and underground engineering: As a strengthening component for initial support or secondary lining, such as used in tunnel lining, it can improve the crack resistance and compressive performance of tunnel structures, ensure construction and later use safety, and also be used for structural reinforcement of underground shopping malls, subways and other projects.
Water conservancy engineering: used for reinforcing concrete structures such as dams, channels, and breakwaters, resisting water flow impact, improving anti sliding stability, preventing structural damage, and ensuring the safe operation of water conservancy facilities.

Product Description

 

style	Stainless steel wire mesh
other	customized