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:How does the material finish affect the appearance of steel wire mesh?: The material finish plays a significant role in determining the appearance of steel wire mesh. The finish can affect various aspects such as color, texture, and overall aesthetics. One of the primary ways the material finish affects the appearance is through color. Different finishes can result in various colors, from the natural metallic silver of bare steel to a wide range of options like black, white, or other custom colors. This allows for customization to match specific design preferences or blend in with surrounding elements. The finish also influences the texture of the steel wire mesh. For instance, a galvanized finish creates a smooth and shiny surface, while a powder-coated finish can provide a matte or textured appearance. These variations in texture can add depth and visual interest to the mesh, making it more visually appealing. Moreover, the material finish can impact the overall aesthetics of the steel wire mesh. A polished or reflective finish can give the mesh a modern and sleek look, perfect for contemporary designs. Conversely, a rustic or aged finish can provide a more vintage or industrial appearance, suitable for traditional or rugged applications. Additionally, the material finish can affect the durability and longevity of the steel wire mesh. Certain finishes, such as galvanizing or powder coating, provide protection against corrosion and other environmental factors, ensuring the mesh retains its appearance over time. In conclusion, the material finish of steel wire mesh has a significant impact on its appearance. It determines the color, texture, and overall aesthetics, allowing for customization and enhancing the visual appeal. The choice of material finish also influences the durability and longevity of the mesh, ensuring it maintains its appearance for an extended period.

Q:How does steel wire mesh perform in high-temperature environments?: Steel wire mesh performs well in high-temperature environments due to its excellent heat resistance and durability. It retains its structural integrity and does not deform or melt under intense heat, making it suitable for applications such as furnace linings, exhaust systems, and heat shields. Additionally, steel wire mesh can effectively dissipate heat, preventing overheating and potential damage to surrounding equipment or structures.

Q:What are the different fastening methods for steel wire mesh?: Steel wire mesh can be secured in various applications using different fastening methods. Some commonly used methods include: 1. Industrial settings often utilize welding as a popular fastening method for steel wire mesh. By melting the wire mesh and adjoining material, a strong bond is created. This method is ideal for permanent installations that require strength and durability. 2. Quick and easy, zip ties (also known as cable ties or wire ties) are a popular choice for fastening steel wire mesh. These plastic ties are threaded through the mesh and tightened to secure it. Zip ties are commonly used in temporary installations or situations where frequent adjustments are necessary. 3. When securing steel wire mesh panels together, clips and clamps are commonly employed. These accessories, made of metal or plastic, grip the edges of the mesh to hold it in place. Clips and clamps provide a secure and reliable fastening method while allowing for easy disassembly and reassembly if needed. 4. Screws or nails can also be used to fasten steel wire mesh, especially in construction and woodworking projects. This method is suitable when the mesh needs to be attached to a solid substrate like wood or metal. Screws and nails offer a sturdy and permanent fastening solution. 5. Cable lacing, also known as lacing cord or lacing wire, is a traditional method of fastening steel wire mesh. It involves threading a thin wire or cord through the mesh and securely tying it. Cable lacing is often used in applications that require flexibility and adjustability. 6. Adhesives can be an option for fastening steel wire mesh to surfaces. Specialized adhesives designed for bonding metal can be applied to the mesh and substrate, creating a strong and permanent bond. However, this method should be carefully considered based on specific requirements and conditions. Overall, the choice of fastening method for steel wire mesh depends on factors such as the application, installation requirements, and desired permanence. Strength, durability, and ease of installation should all be considered when selecting the appropriate method for a specific project.

Q:How does steel wire mesh perform in high-humidity environments?: Due to its inherent properties and durability, steel wire mesh is highly effective in high-humidity environments. Its resistance to corrosion, a well-known characteristic of steel, makes it a suitable material for wet and humid conditions. To enhance its resistance to moisture and prevent rusting, the wire mesh is typically galvanized or coated with a protective layer. Steel wire mesh maintains its structural integrity and strength in high-humidity environments. It remains unaffected by warping, deformation, or loss of shape, ensuring consistent performance over time. The mesh's open design allows for proper ventilation and airflow, preventing the accumulation of moisture that could result in condensation or mold growth. In various industries such as construction, agriculture, and manufacturing, steel wire mesh is commonly used in applications exposed to high humidity levels. These applications include concrete reinforcement, fencing, animal enclosures, and filtration systems. While steel wire mesh generally exhibits resilience in high-humidity environments, it is crucial to choose the appropriate grade and coating that suits the specific conditions. This ensures optimal performance and extends the mesh's lifespan. Regular maintenance and cleaning are also necessary to remove any accumulated debris or moisture, thereby preserving its functionality and appearance.

Q:What is the standard size of steel wire mesh?: The standard size of steel wire mesh can vary depending on its intended use and the specific requirements of the industry. Generally, the size of steel wire mesh is measured in terms of mesh count or opening size. Mesh count refers to the number of wires per linear inch, while opening size refers to the distance between adjacent wires. In construction and industrial applications, the standard size of steel wire mesh can range from 4 mesh to 400 mesh, with different opening sizes available. Smaller mesh sizes are typically used for finer filtration or sieving purposes, while larger mesh sizes are commonly used for reinforcement, fencing, or industrial applications like concrete reinforcement. It is important to note that different industries may have their own standards for steel wire mesh sizes, based on their specific requirements and regulations. Therefore, it is always advisable to consult the relevant industry standards or guidelines for accurate and precise information regarding the standard size of steel wire mesh in a particular application or industry.

Q:What are the benefits of using steel wire mesh in the marine industry?: Using steel wire mesh in the marine industry offers numerous benefits. Firstly, steel wire mesh is highly durable and resistant to corrosion, making it ideal for withstanding the harsh marine environment. Additionally, it provides excellent strength and structural integrity, ensuring the safety and stability of marine structures such as docks, piers, and fences. Steel wire mesh also allows for efficient water flow and circulation, minimizing the risk of damage from strong currents or waves. Furthermore, its versatility enables various applications, including securing cargo on ships, protecting marine life, and reinforcing underwater structures. Overall, the use of steel wire mesh in the marine industry enhances longevity, safety, and functionality, making it a valuable choice for numerous marine-related projects.

Q:Can steel wire mesh be used for bird and animal cages?: Yes, steel wire mesh can be used for bird and animal cages. It is a durable and strong material that provides security and protection for the animals while allowing for proper ventilation and visibility.

Q:Can steel wire mesh be used for creating partitions or dividers?: Certainly, partitions or dividers can be created using steel wire mesh. This versatile material, which can be readily shaped and installed, is suitable for various settings like homes, offices, or industrial spaces. It offers a robust and long-lasting solution for dividing areas while still allowing visibility and airflow. Customization is possible for steel wire mesh partitions or dividers, enabling them to fit specific dimensions. Furthermore, they can be combined with other materials like wood or glass to achieve a more visually appealing design. Another advantage of steel wire mesh partitions is their ease of reconfiguration, allowing for flexible space management.

Q:The problem of setting up the wire mesh above the warm coil: The above layer of steel mesh is the end of the warm pipe laying after the test pressure, add the filling layer is the bean layer, and then laying a layer of steel mesh, the role of 1 is to increase the compression.

Q:What are the different weave patterns used in steel wire mesh?: There are several weave patterns commonly used in steel wire mesh, including plain weave, twill weave, Dutch weave, and reverse Dutch weave. Each pattern has its own unique structure and characteristics, such as varying wire thickness and density, which make them suitable for different applications and requirements.

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