• Galvanized Hexagonal Wire Netting-1-1/4 inch System 1
  • Galvanized Hexagonal Wire Netting-1-1/4 inch System 2
  • Galvanized Hexagonal Wire Netting-1-1/4 inch System 3
Galvanized Hexagonal Wire Netting-1-1/4 inch

Galvanized Hexagonal Wire Netting-1-1/4 inch

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get latest price
Loading Port:
China Main Port
Payment Terms:
TT or LC
Min Order Qty:
50 roll
Supply Capability:
5000 roll/month

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Introduction of Galvanized Hexagonal Wire Mesh

Galvanized Hexagonal Wire Mesh is made of by high quality galvanized wire, Low carton steel wire, stainless steel wire, iron wire, Galvanized steel wire.

 

Application of Galvanized Hexagonal Wire Mesh

Galvanized Hexagonal Wire Mesh is widely used in industrial and agricultural constructions, Rockwool, fence for poultry cage, fishing cage, playground fence and Christmas decorations

 

Surface treatment of Galvanized Hexagonal Wire Mesh

a. Black (mild steel wire)

b. Electro galvanized, (galvanized before welding, galvanized after welding)

c. Hot dip galvanized, (galvanized before welding, galvanized after welding)

d. Stainless Steel Wire

 

Advantage of Galvanized Hexagonal Wire Mesh

Our Galvanized Hexagonal Wire Mesh has strong corrosion-resisting and oxidation-resisting, stable shape, clean ends, good packing with good quality and rock bottom price.

Packing of Galvanized Hexagonal Wire Mesh

1. Waterproof paper then PVC shrinked

2. PVC shrinked only

3. Black waterproof paper only

4. Waterproof paper then metal/wooden pallet

5. Plastic film then carton

(Also as your request. )

 

Pictures of Galvanized Hexagonal Wire Mesh

 

Specification of Galvanized Hexagonal Wire Mesh

Galvanized Hexagonal Wire Mesh-Normal Twist

Mesh Opening

Wire Thickness

Width

inch

mm

bwg

mm

inch

m

3/8

10

27; 26; 25; 24; 23

0.40-0.63

12-48

0.3-1.2

1/2

13

27; 26; 25; 24; 23; 22; 21; 20

0.40-0.88

12-80

0.3-2.0

5/8

16

27; 26; 25; 24; 23; 22; 21; 20

0.40-0.88

12-48

0.3-1.2

3/4

19

27; 26; 25; 24; 23; 22; 21; 20

0.40-0.88

12-80

0.3-2.0

1

25

27; 26; 25; 24; 23; 22; 21; 20

0.40-0.88

12-80

0.3-2.0

1-1/4

30

24; 23; 22; 21; 20; 19; 18

0.56-1.25

12-48

0.3-1.2

1-1/2

40

23; 22; 21; 20; 19; 18

0.63-1.25

12-80

0.3-2.0

2

50

23; 22; 21; 20; 19; 18; 17

0.63-1.47

12-80

0.3-2.0

3

75

23; 22; 21; 20; 19; 18; 17; 16; 15

0.63-1.83

12-80

0.3-2.0

4

100

16; 15; 14; 13; 12

1.65-2.77

20-160

0.5-4.0

Galvanized Hexagonal Wire Mesh-Revise Twist

Mesh Opening

Wire Thickness

Width

inch

mm

bwg

mm

inch

m

1

25

25; 24; 23; 22; 21; 20; 19; 18

0.51-1.25

12-80

0.3-2.0

1-1/4

30

25; 24; 23; 22; 21; 20; 19; 18

0.51-1.25

12-80

0.3-2.0

1-1/2

40

25; 24; 23; 22; 21; 20; 19; 18

0.51-1.25

12-80

0.3-2.0

2

50

25; 24; 23; 22; 21; 20; 19; 18; 17

0.51-1.47

12-80

0.3-2.0

3

75

23; 22; 21; 20; 19; 18; 17

0.63-1.47

12-80

0.3-2.0

FAQ
We have organized several common questions for our clientsmay help you sincerely

1.    How about your company

A world class manufacturer & supplier of welded wire mesh and is one of the large-scale professional investment Galvanized Hexagonal Wire Mesh bases in China. Annually more than 1000 containers of welded wire mesh are exported to markets in Europe, America and Japan.

2. What is the storage condition?

The Galvanized Hexagonal Wire Mesh should be stored at room temperature and kept from wet and heat source.

3. How to guarantee the quality of the products

We have established the international advanced quality management systemevery link from raw material to final product we have strict quality testWe resolutely put an end to unqualified products flowing into the market. At the same time, we will provide necessary follow-up service assurance.

4. How long can we receive the product after purchase?

In the purchase of product within four working days, we will arrange the factory delivery as soon as possible. The specific time of receiving is related to the state and position of customers. Commonly 7 to 10 working days can be served.

Q: Can steel wire mesh be used for electrical grounding and bonding?
Using steel wire mesh for electrical grounding and bonding is not feasible. These processes necessitate the utilization of materials that have been thoroughly tested and sanctioned for this particular purpose. Steel wire mesh is not engineered to efficiently conduct electrical current and may not offer the requisite level of safety and dependability demanded by grounding and bonding systems. It is crucial to employ appropriate materials like copper or aluminum conductors that have been specifically produced and certified for electrical grounding and bonding applications.
Q: Is steel wire mesh suitable for use in marine environments?
Yes, steel wire mesh is suitable for use in marine environments. Steel is known for its strength, durability, and resistance to corrosion, making it an ideal material for withstanding the harsh conditions found in marine environments. The wire mesh provides excellent stability, can withstand high pressures, and is resistant to rust and degradation caused by saltwater and other marine elements.
Q: Can steel wire mesh be used for bird or pest control?
Yes, steel wire mesh can be effectively used for bird or pest control. Steel wire mesh is strong and durable, making it suitable for creating physical barriers that prevent birds or pests from entering certain areas. It can be used to cover openings such as windows, vents, or chimneys, preventing birds or pests from gaining access to buildings or structures. Steel wire mesh can also be used to construct fencing or enclosures to keep birds or pests out of gardens, crops, or other areas where they may cause damage. Additionally, steel wire mesh can be used to create bird netting, which is commonly used in agricultural fields or orchards to protect crops from bird damage. Overall, steel wire mesh is a versatile and effective solution for bird or pest control.
Q: How is steel wire mesh used in marine environments?
Steel wire mesh is commonly used in marine environments for various applications. One of the primary uses of steel wire mesh in marine environments is for coastal protection. It is often used as a barrier to prevent erosion of beaches and shorelines. The mesh is installed in a way that it acts as a barrier against the force of waves and currents, preventing the loss of sand and soil. Another important application of steel wire mesh in marine environments is for fish farming or aquaculture. The mesh is used to create cages or enclosures in the water, allowing fish to be contained within a certain area while still having access to clean water and sufficient oxygen. These cages are typically made of steel wire mesh due to its durability and resistance to corrosion in saltwater. Furthermore, steel wire mesh is also used for marine safety purposes. It can be employed as a protective barrier around docks, piers, and other structures to prevent accidental falls or unauthorized access. The strong and sturdy nature of steel wire mesh ensures that it can withstand the harsh marine environment and provide effective safety measures. Additionally, steel wire mesh is utilized in marine construction projects. It can be used as reinforcement in concrete structures such as seawalls, breakwaters, and jetties. The mesh provides additional strength and stability to these structures, enabling them to withstand the forces exerted by waves, tides, and currents. Overall, steel wire mesh is a versatile material that finds numerous applications in marine environments. Its strength, durability, and resistance to corrosion make it an ideal choice for various purposes such as coastal protection, aquaculture, marine safety, and construction projects.
Q: Is steel wire mesh suitable for use in water treatment facilities?
Yes, steel wire mesh is suitable for use in water treatment facilities. Steel wire mesh is a versatile material that offers several advantages for water treatment applications. Firstly, steel wire mesh is durable and strong, which makes it capable of withstanding high-pressure environments and heavy loads. This is particularly important in water treatment facilities that require robust materials to handle the mechanical stresses associated with the treatment processes. Additionally, steel wire mesh has excellent corrosion resistance properties, which is crucial in water treatment facilities where exposure to moisture and chemicals is common. The corrosion resistance of steel wire mesh helps to ensure a longer service life and reduces the need for frequent replacements or repairs. Another benefit of steel wire mesh is its high permeability. The mesh structure allows water to flow through easily while retaining any solid particles, debris, or contaminants. This is essential in water treatment facilities as it facilitates the filtration process and helps to achieve the desired water quality standards. Furthermore, steel wire mesh is easy to clean and maintain, making it a practical choice for water treatment facilities. Regular cleaning and maintenance are essential to ensure the efficient operation of the treatment processes, and the smooth surface of steel wire mesh simplifies this task. Overall, the durability, corrosion resistance, high permeability, and ease of maintenance make steel wire mesh a suitable choice for use in water treatment facilities. Its properties contribute to the effectiveness, reliability, and longevity of the facilities, thereby supporting the treatment of water to meet the required quality standards.
Q: What are the different weave patterns used in steel wire mesh?
There are several different weave patterns commonly used in steel wire mesh, each with its own unique characteristics and advantages. Some of the most common weave patterns include: 1. Plain Weave: This is the simplest and most common weave pattern, where each wire passes alternately over and under the adjacent wires, creating a strong and durable mesh. Plain weave mesh is generally used for general-purpose applications. 2. Twill Weave: In this pattern, each wire passes over two and under two adjacent wires, giving the mesh a diagonal appearance. Twill weave offers increased stability and strength compared to plain weave, making it suitable for applications that require higher tensile strength. 3. Dutch Weave: Dutch weave mesh is characterized by having larger wire diameters woven in the warp direction and smaller wire diameters in the weft direction. This weave pattern creates a tight mesh with excellent filtration capabilities, making it commonly used in applications such as filtration systems and screens. 4. Reverse Dutch Weave: This weave pattern is similar to Dutch weave, but with the wire diameters reversed. The larger wire diameters are in the weft direction, while the smaller wire diameters are in the warp direction. Reverse Dutch weave provides high mechanical strength and excellent particle retention, making it ideal for applications requiring fine filtration. 5. Twilled Dutch Weave: Twilled Dutch weave combines the characteristics of twill weave and Dutch weave. It features a double-layered weave with a fine mesh on one side and a coarser mesh on the other. This pattern offers high flow rates and excellent filtration capabilities, making it commonly used in applications where both particle retention and high flow rates are necessary. These are just a few of the many weave patterns available in steel wire mesh. The choice of weave pattern depends on the specific requirements of the application, including factors such as desired strength, filtration capabilities, and flow rates.
Q: What are the different welding methods used for steel wire mesh?
Steel wire mesh can be welded using various methods, each with its own benefits and suitability for specific uses. Commonly employed welding techniques for steel wire mesh include: 1. Resistance Spot Welding: This method utilizes electric current to generate heat and pressure, effectively joining wires at specific points. It is a rapid and efficient welding approach suitable for mass production of steel wire mesh. 2. Gas Metal Arc Welding (GMAW): Also known as MIG (Metal Inert Gas) welding, GMAW involves a consumable wire electrode and a shielding gas to protect the weld from atmospheric contamination. It offers excellent control over the welding process and is commonly used for welding thinner wire mesh. 3. Gas Tungsten Arc Welding (GTAW): Also referred to as TIG (Tungsten Inert Gas) welding, GTAW employs a non-consumable tungsten electrode and a shielding gas to create the weld. It provides precise control, high-quality welds, and is often used for welding stainless steel wire mesh. 4. Flux-Cored Arc Welding (FCAW): This method employs a tubular wire electrode filled with flux, eliminating the need for a shielding gas. FCAW is popular for outdoor applications or environments with wind, as the flux safeguards the weld from atmospheric contamination. 5. Laser Welding: Laser welding employs a powerful laser beam to melt and unite the wires. It offers exceptional precision and can be used for welding very fine wire mesh, albeit at a higher cost compared to other methods. The selection of the appropriate welding method for steel wire mesh depends on factors such as wire diameter, required weld strength, production volume, and specific application. Each method has its own advantages and limitations, necessitating careful consideration of these factors to ensure optimal welding method selection for steel wire mesh fabrication.
Q: Is steel wire mesh suitable for use in medical devices?
Steel wire mesh is not typically suitable for use in medical devices. Medical devices require materials that are biocompatible, meaning they do not have any toxic or harmful effects on the human body. Steel wire mesh, on the other hand, can potentially cause issues such as allergic reactions or infections when in contact with body tissues or fluids. Additionally, steel wire mesh is not easily sterilizable, which is a critical requirement for medical devices to prevent the spread of infections. Therefore, alternative materials such as titanium or medical-grade plastics are commonly used in medical devices due to their biocompatibility and ease of sterilization.
Q: How is steel wire mesh used in reinforcement of distribution centers?
Steel wire mesh is commonly used in the reinforcement of distribution centers to provide additional strength and support to the structures. It is typically used in applications such as walls, floors, and ceilings to reinforce the concrete and prevent cracking or weakening under heavy loads. The mesh helps distribute the weight evenly and enhances the overall durability and structural integrity of the distribution center.
Q: How does the surface treatment affect the resistance of steel wire mesh to rust?
The surface treatment of steel wire mesh plays a significant role in determining its resistance to rust. Various surface treatments can be applied to steel wire mesh, such as galvanization, coating, or passivation. Galvanization is a process where a protective layer of zinc is applied to the surface of the steel wire mesh. This zinc layer acts as a barrier, preventing moisture and oxygen from reaching the underlying steel. As a result, the steel wire mesh becomes highly resistant to rust and corrosion. Coating is another commonly used surface treatment for steel wire mesh. It involves applying a layer of protective material, such as paint or epoxy, onto the surface of the mesh. This coating acts as a physical barrier, shielding the steel from environmental factors that cause rust. The effectiveness of the coating depends on its quality and thickness. Passivation is a chemical treatment that removes impurities and creates a passive oxide layer on the surface of the steel wire mesh. This oxide layer provides a protective barrier against rust and corrosion. Passivation is often used in conjunction with other surface treatments, such as galvanization or coating, to enhance the overall resistance of the steel wire mesh. In summary, the surface treatment of steel wire mesh directly affects its resistance to rust. Galvanization, coating, and passivation are all effective methods that enhance the durability and longevity of the mesh by preventing rust formation. The choice of surface treatment depends on the specific application and the level of protection required.

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