• Hot(Electro)galvanized iron wire System 1
Hot(Electro)galvanized iron wire

Hot(Electro)galvanized iron wire

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China Main Port
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Quick Details

  • Model Number:8# 10# 12# 14# 16# 18# 20#

  • Surface Treatment:Galvanized

  • Galvanized Technique:Electro Galvanized

  • Type:Iron wire

  • Function:Binding Wire

  • Wire Gauge:0.9-4.0mm

  • Galvanized:Bright

Packaging & Delivery

Packaging Details:bundle or as customer's requirement.
Delivery Detail:7 days after receving the 30% advanced payment

Specifications

Diameter:0.9-4.0mm
Tensile strength:400-500Mpa
Use: coal mining or binding

It is a top quality product of both Hebei Province and the Ministry of Metallurgical Industry of China.This product is used for coal mining or binding.

Hot(Electro) Iron Wire                                                                                            
Dia. (mm)Tolerance (mm)SurfaceZinc of coating (g/m2)Tensile Strength(Mpa)Torsions (times)Elongation (%)
A
0.9±0.02Galvanized70-100(Electro) 180-300(Hot)350-55015-3310-20
1.25±0.02
1.6±0.02
2.0±0.02
2.5±0.02
3.15±0.03
4.0±0.03

Q: Can steel wire mesh be used for creating sieves or sifters?
Yes, steel wire mesh can indeed be used for creating sieves or sifters. Steel wire mesh is a durable and versatile material that can withstand the rigors of sifting or sieving applications. It is commonly used in industries such as mining, agriculture, construction, and food processing for this purpose. Steel wire mesh offers several advantages for creating sieves or sifters. Firstly, it has a high tensile strength, allowing it to withstand the pressure and repetitive motion involved in the sifting or sieving process. This ensures that the mesh does not break or deform easily, providing longevity to the sieve or sifter. Secondly, steel wire mesh can be manufactured with different mesh sizes, allowing for a wide range of particle sizes to be sifted or sieved. This flexibility makes it suitable for various applications, whether it involves separating large stones from soil or fine powders from liquids. Furthermore, steel wire mesh is resistant to corrosion and rust, especially when made from stainless steel. This makes it suitable for sifting or sieving materials that are moist or contain corrosive elements. Additionally, steel wire mesh can be easily cleaned and sanitized, making it hygienic for food processing applications. It can also be customized to fit different sieve or sifter frames, ensuring a tight and secure fit. In conclusion, steel wire mesh is an excellent material for creating sieves or sifters. Its durability, versatility, and resistance to corrosion make it a reliable choice for various industries requiring efficient particle separation.
Q: How is steel wire mesh used in reinforcement of roadways?
Steel wire mesh is widely utilized to strengthen and enhance the durability of roadways. Comprising interconnected steel wires arranged in a grid-like pattern, the mesh is integrated into the layers of road construction. One of the primary functions of steel wire mesh is to evenly distribute the load across the surface of the road. Vehicles exert significant weight and pressure when passing over the road, which can cause cracks or deformations in the absence of reinforcement. The steel wire mesh helps distribute the weight and stress evenly, thereby preventing the formation of cracks or potholes. Furthermore, steel wire mesh aids in controlling and preventing the spread of cracks that naturally occur in roadways due to external factors such as temperature changes or ground movements. By providing continuous support, the mesh limits the movement of the road material, reducing the likelihood of cracks extending and minimizing the need for expensive repairs. Additionally, steel wire mesh enhances the overall stability of road construction by improving the tensile strength of the road material. This allows it to withstand greater forces and resist deformation, particularly in areas with heavy traffic or adverse weather conditions. In addition to its reinforcement properties, steel wire mesh contributes to the longevity of roadways. By preventing cracks and deformations, it extends the lifespan of the road, reducing the frequency of maintenance and repairs. This not only saves costs but also minimizes disruptions to traffic flow. In conclusion, steel wire mesh plays a crucial role in reinforcing roadways by distributing loads, controlling crack propagation, enhancing stability, and increasing longevity. Its incorporation in road construction ensures safer and more durable road surfaces, benefiting both drivers and the transportation infrastructure as a whole.
Q: Is steel wire mesh suitable for landscaping?
Yes, steel wire mesh is suitable for landscaping in various ways. It can be used to create boundaries or enclosures, such as fencing or gates, to define different areas within a landscape. Steel wire mesh is strong and durable, making it an excellent choice for securing and protecting plants, trees, or garden beds from animals or other external factors. Additionally, it can be used as a support structure for climbing plants or vines, creating a visually appealing vertical garden. Steel wire mesh can also be utilized as a trellis or screen to provide privacy or shade in outdoor spaces. Furthermore, it can be used for erosion control by reinforcing slopes or retaining walls. Overall, steel wire mesh is a versatile and practical material for various landscaping applications.
Q: What are the different load-bearing capacities available for steel wire mesh?
The load-bearing capacity of steel wire mesh can vary depending on several factors such as the thickness and diameter of the wire, the spacing between the wires, and the overall size and configuration of the mesh. Steel wire mesh is commonly available in different load-bearing capacities to suit various applications and requirements. For lighter applications, such as fencing or decorative purposes, steel wire mesh with lower load-bearing capacities may be sufficient. These meshes typically have thinner wires and wider spacing between them, allowing for easier installation and offering a lighter weight solution. In contrast, heavy-duty applications, such as industrial or construction projects, may require steel wire mesh with higher load-bearing capacities. These meshes are usually made with thicker wires and narrower spacing between them, providing increased strength and stability to withstand heavier loads and stresses. Load-bearing capacities for steel wire mesh can range from a few hundred pounds per square foot to several thousand pounds per square foot. It is important to consider the specific requirements of the project and consult with manufacturers or suppliers to determine the most suitable load-bearing capacity for the intended application. Additionally, it is worth noting that load-bearing capacities can also be influenced by the type of steel used, the manufacturing process, and any additional treatments or coatings applied to the mesh. Therefore, it is advisable to obtain detailed technical specifications and performance data from the manufacturer to ensure the chosen steel wire mesh meets the desired load-bearing requirements.
Q: Can steel wire mesh be used for reinforcement?
Yes, steel wire mesh can be used for reinforcement in various applications such as concrete structures, masonry walls, and even in the reinforcement of soil for stabilization purposes. It provides additional strength, improves structural integrity, and helps prevent cracking or failure under load.
Q: How does the installation method affect the overall performance of steel wire mesh?
The installation method of steel wire mesh can significantly affect its overall performance. Proper installation ensures that the mesh is securely attached and properly tensioned, which enhances its structural integrity and ability to withstand forces such as impact or pressure. Additionally, correct installation techniques minimize the risk of sagging, warping, or distortion, ensuring that the mesh maintains its desired shape and size over time. In contrast, a poorly executed installation may lead to weak points, reduced durability, and compromised functionality of the steel wire mesh.
Q: Can steel wire mesh be used for decorative panels?
Certainly, decorative panels can make use of steel wire mesh. Steel wire mesh provides a flexible and contemporary aesthetic that complements diverse architectural styles and design preferences. Its ability to create distinctive patterns, textures, and visual effects makes it a popular choice for decorative applications such as interior and exterior wall panels, room dividers, stair railings, and furniture accents. Steel wire mesh comes in various gauges and mesh sizes, allowing for customization and design flexibility. It can be woven or welded, offering different options to achieve specific decorative effects. Furthermore, steel wire mesh can be coated or finished in different colors and textures, enhancing its decorative potential. In addition to its visual appeal, steel wire mesh also offers practical advantages. It is durable, strong, and resistant to corrosion, making it suitable for both indoor and outdoor use. Installation and maintenance are easy, ensuring long-lasting functionality in decorative panel applications. Overall, steel wire mesh is a versatile material that can be used creatively to achieve decorative panels, bringing elegance, modernity, and uniqueness to any space.
Q: Can steel wire mesh be used for reinforcement in composite materials?
Indeed, composite materials can benefit from the utilization of steel wire mesh as a reinforcement. This flexible material is commonly employed to bolster the strength and endurance of various construction elements, including composite materials. The mesh itself is typically crafted from robust steel wires that are interwoven or fused together, resulting in a pattern resembling a grid. Once integrated into composite materials, the steel wire mesh serves as a reinforcement, granting additional structural integrity and enhancing the overall mechanical characteristics of the composite material. To achieve this, the steel wire mesh can be incorporated into the composite material matrix, such as a polymer resin, in order to distribute and absorb loads, heighten tensile strength, and augment resistance against cracking and deformation. Effectively, the mesh forms a framework that hampers the spread of cracks and heightens the durability of the composite material. Moreover, the steel wire mesh can also be utilized as a surface layer reinforcement in composite materials. When applied as a surface layer, the mesh guards against delamination and provides supplementary impact resistance. This proves particularly advantageous in scenarios where the composite material is subjected to dynamic loads or impact forces. In summary, steel wire mesh serves as a suitable choice for reinforcing composite materials. Its robustness, endurance, and versatility render it a highly effective solution for enhancing the mechanical properties and overall performance of composite materials.
Q: Can steel wire mesh be painted or coated?
Certainly! Steel wire mesh has the capability of being painted or coated. It is a widely adopted technique to augment its visual appeal, safeguard it against corrosion, and enhance its strength. The procedure entails cleansing the mesh to eliminate any dirt, grease, or rust, and subsequently applying a suitable primer and paint or coating. The choice of paint or coating relies on the intended purpose and the environmental circumstances to which the mesh will be exposed. Powder coating is frequently favored due to its durability and resilience against chipping, peeling, and fading. All in all, painting or coating steel wire mesh can furnish aesthetic advantages and prolong its lifespan.
Q: Is steel wire mesh suitable for marine applications?
Yes, steel wire mesh is suitable for marine applications. It is highly durable, corrosion-resistant, and can withstand the harsh conditions of saltwater environments. Additionally, steel wire mesh offers excellent strength and structural integrity, making it ideal for various marine applications such as fencing, filtration, and reinforcement.

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