Concrete Reinforcing Welded Wire Mesh / Trench mesh / steel concrete mesh

Concrete Reinforcing Welded Wire Mesh / Trench mesh / steel concrete mesh System 1

Concrete Reinforcing Welded Wire Mesh / Trench mesh / steel concrete mesh System 2

Concrete Reinforcing Welded Wire Mesh / Trench mesh / steel concrete mesh

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 100 pc

Supply Capability:: 20000 pc/month

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Specifications

Wire diameter: 3mm to 12mm

Line wire spacing: min100 mm. larger line wire spacing in steps of 50 mm

Cross wire spacing: min 25mm. above programmable in increments of 0.1 mm

Wire mesh length: 500- 12000 mm

Wire mesh width: 500- 3300 mm

Concrete 10x10 Reinforcing Welded Wire Mesh

It's made of Deformed Steel Bars or Steel Rod.

Concrete 10x10 Reinforcing Welded Wire Mesh

Specification of Reinforcing Mesh

DIN488 GERMAN STANDARD (SIZE:2150MMX5000MM)

Ref No.	Std Unit	Longitudinal Wires mm	Cross Wires mm	Pitch of wire	Mass Kg	Mass Kg/m2
Q131	Sheet	5	5	150 @ 150	22.476	2.091
Q188	Sheet	6	6	150 @ 150	32.401	3.014
Q221	Sheet	6.5/5.0	6.5	150 @ 150	33.707	3.136
Q295	Sheet	7.5/5.5	7.5	150 @ 150	44.245	4.116
Q378	Sheet	8.5/6	8.5	150 @ 150	66.659	5.157

AS/NZS 4671:2001 Australia/New Zealand Standard (SIZE:6000X2400mm)

Ref No.	Std Unit	Longitudinal Wires mm	Edge Wires mm	Cross Wires mm	Mass Kg
SL81 (F81)	Sheet	7.6 @ 100	7.60 @ 100	7.60 @ 100	105
SL102 (F102)	Sheet	9.5 @ 200	6.75 @ 100	9.50 @ 200	80
SL92 (F92)	Sheet	8.6 @ 200	6 @ 100	8.60 @ 200	66
SL82 (F82)	Sheet	7.6 @ 200	5.37 @ 100	7.60 @ 200	52
SL72 (F72)	Sheet	6.75 @ 200	4.77 @ 100	6.75 @ 200	41
SL62 (F62)	Sheet	6 @ 200	4.77 @ 100	6 @ 200	33
SL52 (F52)	Sheet	4.77 @ 200	4.77 @ 100	4.77 @ 200	21

BS4483 BRITISH STANDARD

Ref No.	Std Unit	Longitudinal Wires mm	Cross Wires mm	Pitch of wire	No. of sheet per ton	Mass Kg/m2
A393	Sheet	10	10	200 @ 200	15	6.16
A252	Sheet	8	8	200 @ 200	22	3.95
A193	Sheet	7	7	200 @ 200	29	3.02
A142	Sheet	6	6	200 @ 200	40	2.22
A98	Sheet	5	5	200 @ 200	57	1.54

Application

1. surface beds (concrete floor slabs on fill) and concrete roads

2. suspended floor slabs, concrete walls, culverts / drains and composite brick / concrete retaining walls

Concrete Reinforcing Welded Wire Mesh / Trench mesh / steel concrete mesh

Packaging & Delivery

Packaging Details:	1. Around with Angle steel welded into a bundle 2. Use steel bar tied into a bundle 3. 50-100pcs into a bundle
Delivery Detail:	7-15days after received the deposit.

Q:Is steel wire mesh resistant to static electricity?: Generally, steel wire mesh is resistant to static electricity. This is because steel is a good conductor of electricity and can effectively dissipate any static charges that may build up on its surface. As a result, steel wire mesh is less likely to attract or retain static electricity compared to insulating materials like plastic or rubber. Moreover, the interconnected and open structure of wire mesh facilitates the dispersion of static charges, minimizing the possibility of static buildup. However, it is worth noting that the resistance to static electricity can differ depending on the composition and design of the steel wire mesh and the environment in which it is used.

Q:How is steel wire mesh used in reinforcement of mining projects?: Steel wire mesh is used in the reinforcement of mining projects by providing structural support and preventing the collapse of tunnels, shafts, and other underground structures. It helps to distribute the load evenly, enhance stability, and prevent the movement of loose rocks or debris. Additionally, steel wire mesh can reinforce the walls of mines to protect against rock falls and provide safety for miners.

Q:What are the different installation methods for steel wire mesh?: There are several installation methods for steel wire mesh, depending on the specific application and desired outcome. Here are some of the most common methods: 1. Welded Installation: This method involves welding the steel wire mesh to a steel frame or structure. The mesh is typically pre-cut to the required dimensions and then welded in place using specialized welding equipment. Welded installations provide a secure and rigid attachment, making it suitable for applications that require high strength and stability. 2. Tied Installation: In this method, the steel wire mesh is tied to a support structure using stainless steel or galvanized wire ties. The mesh is typically placed over the support structure and secured by tying the wires at regular intervals. Tied installations are commonly used in fencing, gardening, and other applications where flexibility and easy removal are required. 3. Stapled Installation: This method involves using staples or U-shaped nails to secure the steel wire mesh to a wooden or other suitable surface. The mesh is stretched tightly over the surface and then stapled in place using a staple gun or similar tool. Stapled installations are often used in construction, landscaping, and other applications where a temporary or semi-permanent attachment is needed. 4. Clamped Installation: Clamping is a popular method for installing steel wire mesh in architectural applications. Clamps or brackets are used to hold the mesh in place, providing a clean and aesthetically pleasing appearance. This method is commonly used for decorative purposes, such as wall cladding, partitions, and facades. 5. Suspended Installation: In some cases, steel wire mesh is suspended from a ceiling or overhead structure using cables or chains. This method is often used in industrial settings, such as warehouses or manufacturing facilities, to create partitions, safety barriers, or containment areas. It is important to consider the specific requirements and intended use of the steel wire mesh when choosing an installation method. Consulting with a professional or supplier can help determine the most suitable method for a particular application.

Q:What are the different gauges available in steel wire mesh?: The different gauges available in steel wire mesh range from thin to thick, typically measured in terms of wire diameter. Common gauges include 18, 16, 14, 12, and 10, with lower numbers representing thicker wire. The specific gauge chosen depends on the intended use and desired strength of the mesh.

Q:What are the different tensioning methods for steel wire mesh?: There are several different tensioning methods for steel wire mesh, each with its own advantages and considerations. 1. Hand tensioning: This is the most basic method, where the mesh is manually pulled and stretched to achieve the desired tension. It is suitable for smaller areas and applications where precision is not critical. Hand tensioning is relatively simple and cost-effective, but it may not provide uniform tension across the entire mesh. 2. Ratchet tensioning: This method uses ratchets and straps to apply tension to the wire mesh. It allows for more controlled and consistent tensioning, ensuring uniformity throughout the mesh. Ratchet tensioning is often used for larger areas and applications where precise tension is required, such as sports fields or fences. 3. Mechanical tensioning: Mechanical tensioning systems utilize specialized tools or machines to exert force and stretch the wire mesh. These systems offer high tensioning accuracy and efficiency, making them suitable for large-scale projects or applications that demand precise tension control. Mechanical tensioning methods include hydraulic or pneumatic systems, which can provide significant force to stretch the mesh effectively. 4. Pre-tensioning: Pre-tensioning is a method where the wire mesh is stretched and tensioned before being installed in its final position. This approach is commonly used in precast concrete applications, where the mesh is embedded in the concrete to provide reinforcement. Pre-tensioning ensures the mesh remains taut during the concrete pouring process, resulting in a stronger and more structurally sound finished product. 5. Post-tensioning: Post-tensioning is a technique used to increase the tension in wire mesh after it has been installed. This method involves applying force to the mesh using specialized equipment, such as hydraulic jacks or tensioning bars. Post-tensioning is commonly used in applications like concrete slabs or bridge construction, where additional strength and stability are required. It's important to consider the specific requirements of your project and consult with professionals to determine the most suitable tensioning method for your steel wire mesh. Factors such as the size of the area, desired tension levels, and the application's structural demands will influence the choice of tensioning method.

Q:What are the electrical conductivity properties of steel wire mesh?: Steel wire mesh has excellent electrical conductivity properties due to its high metal content. The steel used in wire mesh is typically composed of iron and carbon, with trace amounts of other elements. This metallic composition allows for the free flow of electrons, making steel wire mesh a good conductor of electricity. The electrical conductivity of steel wire mesh can vary depending on factors such as the gauge of the wire, the spacing between the wires, and the overall thickness of the mesh. Thicker and more closely spaced wires generally provide better conductivity. Steel wire mesh is commonly used in applications where electrical conductivity is required, such as in electrical enclosures, grounding systems, and electromagnetic shielding. Its conductivity properties allow for the efficient flow of electrical current, reducing the risk of electrical hazards and ensuring reliable electrical connections. However, it is important to note that steel wire mesh may not be suitable for all electrical applications. In high-frequency or low-resistance applications, other materials such as copper or aluminum may have better conductivity properties. Additionally, the presence of rust or corrosion on the wire mesh can negatively affect its electrical conductivity. Regular maintenance and proper care should be taken to ensure optimal conductivity properties of steel wire mesh.

Q:What are the different panel sizes available for steel wire mesh?: The different panel sizes available for steel wire mesh can vary depending on the manufacturer and specific application. However, common panel sizes range from 4 feet by 8 feet to 5 feet by 10 feet.

Q:What are the different mesh counts available for steel wire mesh?: There are various mesh counts available for steel wire mesh, ranging from as low as 2 mesh to as high as 400 mesh. The choice of mesh count depends on the specific application and desired level of filtration or sieving required.

Q:Can steel wire mesh be used for industrial filters?: Yes, steel wire mesh can be used for industrial filters. It is a popular choice due to its durability, strength, and ability to withstand high temperatures and corrosive environments. The fine mesh structure effectively traps and filters out particles, making it suitable for various industrial applications such as oil and gas, chemical processing, water treatment, and mining.

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