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Crimped wire screen for Mine

Crimped wire screen for Mine

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Loading Port:
Tianjin
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Min Order Qty:
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Supply Capability:
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GeneralInformation

Type: blank/uncoated, galvanized*, stainless steel, aluminum,copper, brass, plastic-coated
• Width of the grid: 400 – 2.200 mm
• Length of the grid: 300 – 7.000mm, or in roll form up to 50
• Dimensional tolerances in lengthand width: -0 mm /+1 mesh width (customary)
• On request fixed measures withtolerances of +/-2 mm in length and width

Galvanized double intermediate crimp screens aremanufactured from previously galvanized wire. The zinc coating is ca. 7 µm.Galvanized double crimp screens therefore are only limitedly suitable foroutdoor use.

Product Range


Weight of double  intermediate crimp screens – in kg/m²

Mesh width [mm]

Wire diameter [mm]

Crimps*

1,6

1,8

2,0

2,5

3,0

3,4

4,0

5,0

5,8

8 x 8

3,5

3

10 x 10

3,0

4,2

4,5

3

12 x 12

3,8

3

15 x 15

3,1

4,7

6,7

3

20 x 20

2,4

3,7

5

20 x 20

5,0

6,8

9,5

3

25 x 25

3,1

4,3

5

25 x 25

5,5

7,7

3

30 x 30

2,7

7

30 x 30

3,8

4,6

5

30 x 30

6,0

10,7

3

35 x 35

2,9

4,1

5,2

5

40 x 40

2,4

9

40 x 40

2,8

7

40 x 40

3,5

4,7

5

40 x 40

7,3

10,2

3

50 x 50

2,3

9

50 x 50

2,9

3,8

7

50 x 50

5,8

8,1

5

60 x 60

3,3

7

60 x 60

5,3

6,9

5

75 x 75

4,4

5,9

7

100 x 100

3,5

4,5

9



Application Areas

Our doubleintermediate crimp screens are used in the following fields as:

  • Safety grids (e.g. car industry,mechanical engineering, building industry)

  • Filling elements for gates andfences in buildings and gardens

  • Booth construction

  • Plant breeding

  • Pigeon barriers

  • Noise protection

    Lock crimp/Lock-Crimp Weave/Scalping Weave

    Slotted screens (against flow)


    Flat top screens with aone-sided plane surface have their chain and weft wires in plane position atthe intersection points due to the single-sided crimp of the wire. This methodgenerates a grid with a plane, unbroken bottom side.

    General Information

    Type:blank/uncoated, galvanized*,stainless steel, aluminium, copper, brass.

    • Width ofthe grid: up to 2.200 mm

    • Length ofthe grid: up to 5.000 mm or in roll form up to 50 m

    •Dimensional tolerances in length and width: -0 mm /+1 mesh width (customary)

    • Onrequest fixed measures with tolerances of +/-2 mm in length and width


The nominal size of the flat top screen always specifiesthe mesh width (=inner width).


Application Areas

Weight of flat  top screens with a one-sided plane surface – in kg/m²

Mesh width [mm]

Wire diameter [mm]

2,0

2,5

3,0

4,0

5,0

8 x 8

5,2

10 x 10

4,3

12 x 12

3,7

7,7

18,9

13 x 13

5,2

15 x 15

3,0

4,7

16 x 16

6,1

11,0

20 x 20

2,3

3,5

5,0

25 x 25

4,1

7,3

30 x 30

2,7

3,5

6,2

40 x 40

2,7

4,5

7,5

50 x 50

2,4

3,6

5,8

60 x 60

4,9

75 x 75

4,0




Flat topscreens with a one-sided plane surface are used in all fields where constantmesh width and the advantage of a one-sided plane surface are required, e.g.shelves, cage bottoms, support grids for filter fabric, stackable bin walls,security and cover grids. Flat top screens are becoming more and more importantas creative element in the architectural sector (e.g. as cladding for walls andceilings.)

Hook Strips  for Screen Sections


Standard Hook Strip, Type 21, for side tensioning

Standrad Hook Strip, Type 21, for end tensioning

Double Fold Hook Strip, Type 30, for side tensioning

Double Fold Hook Strip, Type 30, for end tensioning

Welded-on Hook Strip for Screens, for side tensioning

Welded-on Hook Strip for Screens, for end tensioning

Welded-on Hook Strip for P-S-Screen, Type 24, for side tensioning

Welded-on Hook Strip for P-S-Screen, Type 24, for end tensioning

Flat Tensioning Bar, Type 26A, for side tensioning

Flat Tensioning Bar, Type 26A, for side tensioning

Tensioning  Bolts

Flat Tensioning Bar with tensioning bolts. Please indicate measurements  a + b and length of bolt.


Q: Can steel wire mesh be used for gutter guards?
Yes, steel wire mesh can be used for gutter guards. It is a popular choice due to its durability, strength, and ability to prevent debris from entering gutters while allowing water to flow freely.
Q: Does steel wire mesh require any special maintenance?
Special maintenance is necessary for steel wire mesh. To keep the mesh clean and free from dirt and debris, regular cleaning is essential. A soft brush or cloth, along with mild soap and water, can be used for this purpose. It is also advised to periodically inspect the mesh for any signs of corrosion or damage. If corrosion is detected, treating the affected areas with a rust inhibitor and repainting, if needed, becomes necessary. Lubricating the joints and moving parts of the mesh can also aid in ensuring smooth operation. In summary, by properly maintaining steel wire mesh, its lifespan can be extended, and optimal performance can be guaranteed.
Q: Can steel wire mesh be used for creating decorative ceilings or screens?
Certainly, decorative ceilings or screens can indeed be created using steel wire mesh. This material, known for its versatility, can be easily manipulated and shaped into various designs and patterns, resulting in visually appealing and distinctive ceilings or screens that bring a modern and contemporary touch to any space. One of the advantages of utilizing steel wire mesh for decorative purposes lies in its durability. This material boasts strength and resistance to wear, making it suitable for long-lasting installations. It can endure different environmental conditions without being easily affected by moisture or temperature changes. Moreover, steel wire mesh offers a wide array of design possibilities. It can be woven or knitted into different patterns, enabling the creation of intricate and captivating designs. Additionally, specific aesthetic effects, such as increased transparency or color variations, can be achieved by applying different wire thicknesses and coatings. Additionally, steel wire mesh is a favored option for crafting screens or dividers within a given area. It can partition spaces while maintaining an open and airy atmosphere. The mesh's transparency allows for the passage of light and air, contributing to a sense of openness and connectivity. In conclusion, steel wire mesh is an outstanding option for fashioning decorative ceilings or screens. Its durability, versatility, and aesthetic possibilities have made it a sought-after material for architects, designers, and homeowners seeking to infuse their spaces with a modern and distinctive touch.
Q: Is steel wire mesh suitable for use in agriculture?
Yes, steel wire mesh is suitable for use in agriculture. It is commonly used as a fencing material to protect crops from animals and birds, as well as to provide support for climbing plants. Steel wire mesh is durable, long-lasting, and can withstand harsh weather conditions, making it an ideal choice for agricultural applications.
Q: What are the benefits of using steel wire mesh in the oil and gas industry?
There are several benefits of using steel wire mesh in the oil and gas industry. Firstly, steel wire mesh offers high strength and durability, making it suitable for withstanding the harsh conditions and extreme temperatures typically found in oil and gas operations. Additionally, the mesh provides excellent corrosion resistance, ensuring a longer lifespan and reducing the need for frequent replacements. Steel wire mesh also offers excellent filtration capabilities, allowing for the removal of impurities and contaminants from fluids and gases, thus maintaining the quality and efficiency of the processes. Moreover, the mesh can be easily fabricated into various shapes and sizes, providing flexibility in design and installation. Overall, the use of steel wire mesh in the oil and gas industry enhances safety, efficiency, and cost-effectiveness in operations.
Q: How is steel wire mesh used in reinforcement of residential and commercial buildings?
Due to its strength and durability, steel wire mesh is widely used in the reinforcement of residential and commercial buildings. This versatile material can be applied in different ways to improve the building's structural integrity. In the context of concrete construction, steel wire mesh serves as a reinforcement material, providing added strength and preventing cracks. Typically, it is embedded within the concrete, forming a grid-like structure that evenly distributes the load. This reinforcement enhances the overall strength of the concrete and its resistance to tension and bending forces. When it comes to reinforcing masonry walls, steel wire mesh is placed between layers of bricks or blocks to increase stability and prevent crack formation. By acting as reinforcement, the steel wire mesh evenly distributes external forces and stresses across the entire wall, making it more resistant to impacts and seismic activity. Moreover, steel wire mesh is commonly used in the construction of foundations and slabs. It is placed within the concrete to reinforce these critical structural components, ensuring they don't crack or sag under heavy loads. The wire mesh provides additional tensile strength, supporting the weight of the building and ensuring long-term stability. Apart from its structural benefits, steel wire mesh offers other advantages in construction. It is cost-effective, readily available, and easy to install. Additionally, it can be customized to meet specific project requirements, providing flexibility in design and construction. In summary, steel wire mesh plays a vital role in reinforcing residential and commercial buildings. Its strength, durability, and versatility make it an ideal material for enhancing the structural integrity of various building components, guaranteeing their longevity and safety.
Q: What are the cost considerations for steel wire mesh?
There are several factors to take into account when considering the costs of steel wire mesh. The cost of the mesh will be significantly influenced by its size and dimensions. Larger and more intricate designs will generally be more expensive than smaller and simpler ones. The thickness and grade of the steel used in the mesh will also impact the cost. Thicker and higher-grade steel will typically be more expensive due to the increased material cost and potential for higher manufacturing expenses. Another crucial consideration is the quantity of steel wire mesh required for a project. Purchasing in bulk or larger quantities may often result in volume discounts and lower unit costs. Conversely, smaller quantities may lead to higher prices due to increased handling and packaging costs. Moreover, the cost of steel wire mesh can be affected by the complexity of the manufacturing process. Certain designs may require more intricate weaving or welding techniques, which can increase labor and production expenses. Additionally, the need for specialized equipment or tools during manufacturing can contribute to higher costs. Transportation and delivery costs should also be taken into account. The weight and size of the steel wire mesh can impact shipping expenses, particularly for long-distance transportation. Lastly, the cost of steel wire mesh can be influenced by market conditions and fluctuations in the price of steel. As steel is a commodity, its price can vary based on supply and demand factors, as well as global economic conditions. Therefore, it is crucial to monitor market trends and consider potential price changes when evaluating the overall cost of steel wire mesh.
Q: What are the different colors available for steel wire mesh?
Customers have the option to choose from various colors when it comes to steel wire mesh, depending on their specific requirements and preferences. The most commonly utilized color for steel wire mesh is silver, which is the inherent color of stainless steel. This particular color is often preferred for its sleek and industrial appearance. However, steel wire mesh can also be coated or painted in different colors to enhance its aesthetics or match its surroundings. Coating options such as black, green, and white are popular choices. These colored coatings not only add vibrancy but also offer additional protection against corrosion and UV rays. In essence, the color options for steel wire mesh are extensive, enabling customers to select the most suitable option for their particular application or design.
Q: How does the spacing affect the airflow through steel wire mesh?
The airflow through a steel wire mesh is greatly influenced by the spacing of the wires. The spacing, which refers to the distance between adjacent wires, directly affects the open area of the mesh. When the spacing is smaller, there are more wires packed into a unit area, resulting in a higher mesh density. This denser mesh hinders the airflow by limiting the number of openings for the air to pass through. Consequently, when the spacing is smaller, the airflow through the steel wire mesh decreases. On the other hand, a larger spacing enlarges the open area of the mesh, allowing more air to flow through. With fewer wires in a unit area, the air encounters fewer obstacles, resulting in a higher airflow. Therefore, a larger spacing in the steel wire mesh promotes improved airflow. It is important to consider that while spacing has a significant impact on airflow, other factors like wire diameter, wire crimping, and mesh thickness also contribute to the overall airflow characteristics of a steel wire mesh. Additionally, the intended application of the mesh should also be taken into account, as different industries and situations may have specific airflow requirements.
Q: What are the different surface patterns available for steel wire mesh?
Steel wire mesh is available in various surface patterns, each possessing unique characteristics and serving distinct purposes. Some commonly used surface patterns comprise: 1. Plain Weave: This surface pattern, the most basic and prevalent, involves weaving wires together in a straightforward over-under manner. It imparts a balanced and uniform appearance, rendering it suitable for a wide array of applications. 2. Twill Weave: In this pattern, wires are woven diagonally, creating a pronounced twill effect. Twill weave offers enhanced strength and durability compared to plain weave, making it ideal for heavy-duty applications like filtration or reinforcement. 3. Dutch Weave: Dutch weave consists of tightly woven warp wires and coarser weft wires, resulting in a dense mesh with smaller openings. This pattern boasts excellent filtration capabilities and is often utilized in applications requiring precise particle retention, such as chemical processing or oil filtration. 4. Welded Mesh: Unlike woven mesh, welded mesh is formed by welding individual wires together at their intersections. This pattern offers high strength and rigidity, making it perfect for applications necessitating additional structural support, like fencing or security barriers. 5. Expanded Metal: Expanded metal mesh is created by cutting and stretching a metal sheet, resulting in an open pattern with diamond-shaped holes. This pattern provides an excellent strength-to-weight ratio and allows for adequate airflow and visibility, making it suitable for applications such as walkways, grating, or architectural facades. Ultimately, the selection of a surface pattern for steel wire mesh relies on the specific requirements of the application, encompassing factors such as strength, filtration capabilities, visibility, and aesthetic appeal.

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