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Crimped wire screen for Mine

Crimped wire screen for Mine

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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:What are the different wire gauges available for steel wire mesh?
There are various wire gauges available for steel wire mesh, each serving a specific purpose based on the intended application. The most common wire gauges used for steel wire mesh range from 6 to 22, with 6 being the thickest and 22 being the thinnest. Thicker wire gauges such as 6, 8, or 10 are typically used for heavy-duty applications that require high strength and durability. These gauges are commonly used in industrial settings, construction projects, or as reinforcement in concrete structures. Medium wire gauges such as 12, 14, or 16 are often used for general-purpose applications like fencing, screening, or as a protective barrier. These gauges provide a good balance between strength and flexibility, making them suitable for a wide range of applications. Thinner wire gauges such as 18, 20, or 22 are commonly used for lighter-duty applications such as window screens, ventilation systems, or crafting purposes. These gauges offer more flexibility and are easier to work with, but may not provide as much strength or durability as thicker gauges. It is important to consider the specific requirements of your project when choosing the appropriate wire gauge for steel wire mesh. Factors such as load-bearing capacity, corrosion resistance, and aesthetic appearance should all be taken into account to ensure the mesh performs optimally for its intended purpose.
Q:Is steel wire mesh suitable for use in HVAC systems?
Yes, steel wire mesh is suitable for use in HVAC systems. It is commonly used as a filtering medium to remove particulate matter from the air before it enters the system. The mesh's durability and high tensile strength make it an ideal choice for HVAC applications, ensuring long-term efficiency and reliability. Additionally, steel wire mesh can be easily cleaned and maintained, making it a cost-effective solution for HVAC filtration needs.
Q:How does steel wire mesh perform in high-vibration applications?
Steel wire mesh performs well in high-vibration applications due to its inherent strength, durability, and flexibility. The interlocking nature of the wire mesh provides stability and prevents the mesh from loosening or unraveling under intense vibrations. This makes it an ideal choice for various industries where vibrations are common, such as construction, mining, and transportation. One of the key advantages of steel wire mesh in high-vibration applications is its ability to absorb and distribute the vibrations evenly across the mesh. This helps to minimize the impact of vibrations on the surrounding structure or equipment, reducing the risk of damage or fatigue failure. The mesh acts as a barrier, effectively isolating the vibrations and preventing them from propagating further. Moreover, steel wire mesh is resistant to corrosion, which is particularly important in environments where high moisture levels or exposure to chemicals is a concern. This resistance ensures the longevity and performance of the wire mesh even in harsh conditions, allowing it to withstand the test of time and maintain its structural integrity. Furthermore, steel wire mesh offers a high strength-to-weight ratio, meaning it can withstand significant amounts of vibration without compromising its structural stability. This lightweight nature of the mesh makes it easier to handle and install, reducing the overall labor and costs associated with its implementation in high-vibration applications. In summary, steel wire mesh performs exceptionally well in high-vibration applications due to its strength, durability, flexibility, and ability to absorb and distribute vibrations. Its resistance to corrosion and lightweight nature further enhance its suitability for use in various industries where vibrations are prevalent.
Q:Can steel wire mesh be used for window guards?
Definitely, window guards can make use of steel wire mesh. Steel wire mesh, known for its strength and durability, is an effective means of safeguarding against intruders while maintaining proper ventilation and visibility. It is frequently employed to secure windows and deter unauthorized entry into a structure or premises. The mesh pattern serves as a barrier, preventing individuals from gaining access through the window, yet still permitting the entry of natural light into the room. Moreover, steel wire mesh is resistant to corrosion, making it well-suited for outdoor usage. All in all, steel wire mesh is a dependable and economical choice for window guards.
Q:How is steel wire mesh used in reinforcement of storage facilities?
Steel wire mesh is commonly used in the reinforcement of storage facilities due to its strength and durability. It is often used to reinforce concrete walls and floors, providing added strength and resistance to structural damage. In storage facilities, steel wire mesh is typically placed within the concrete during the construction process. The mesh is strategically positioned to create a grid-like pattern, ensuring that the concrete is adequately supported and reinforced. The use of steel wire mesh in storage facility reinforcement offers several benefits. Firstly, it enhances the structural integrity of the facility, making it more resistant to heavy loads and potential impacts. This is especially important in storage facilities where heavy machinery, equipment, and goods are stored. Additionally, steel wire mesh helps prevent cracking and crumbling of the concrete over time. The mesh acts as a reinforcement, distributing the load and stress more evenly across the structure, reducing the likelihood of cracks forming. This is particularly crucial in storage facilities where the constant movement of goods and equipment can put a strain on the structure. Furthermore, steel wire mesh also helps to improve the fire resistance of storage facilities. The presence of the mesh within the concrete helps to slow down the spread of fire by providing additional barriers. This can be crucial in preventing the rapid spread of fire and giving occupants more time to evacuate. In summary, steel wire mesh is an essential component in the reinforcement of storage facilities. Its strength, durability, and ability to enhance structural integrity make it an ideal choice for ensuring the safety and longevity of these facilities.
Q:How is steel wire mesh used in the aviation industry?
Steel wire mesh is used in the aviation industry for various applications, including reinforcing composite materials, providing structural support in aircraft panels, protecting sensitive components from debris, and enhancing the durability of aircraft parts.
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:How is steel wire mesh used in the marine industry?
Due to its strength, durability, and resistance to corrosion, steel wire mesh finds widespread use in the marine industry for a variety of purposes. Coastal and offshore protection is one of the primary applications of steel wire mesh in this industry. It is commonly employed to construct robust barriers, such as breakwaters and revetments, which safeguard shorelines against erosion caused by tides, waves, and storms. Acting as reinforcement, the mesh provides stability and prevents the erosion of soil or sand. Marine construction projects, such as the building of piers, jetties, and seawalls, also make extensive use of steel wire mesh. They employ the mesh as formwork, offering temporary support during the pouring of concrete. By acting as reinforcement within the concrete structure, the mesh enhances its strength and prevents cracking or deformation. Another crucial use of steel wire mesh in the marine industry lies in the creation of fish farms and aquaculture systems. It is utilized to fabricate cages or enclosures that house fish or other marine organisms, enabling their controlled farming or breeding. The mesh possesses sufficient strength to withstand the water's forces while allowing for free water flow, ensuring adequate oxygenation for the fish. Furthermore, steel wire mesh plays a significant role in ensuring safety and security within the marine industry. It is frequently employed as fencing or barriers around ports, harbors, and shipyards to restrict unauthorized access and safeguard valuable assets. The mesh offers high visibility while serving as a robust physical barrier. In conclusion, steel wire mesh is an adaptable material extensively utilized in the marine industry. Its applications span from coastal protection and marine construction to aquaculture systems and security fencing. Its strength, durability, and resistance to corrosion make it an ideal choice for a wide range of marine-related projects.
Q:How is steel wire mesh used in reinforcement of dams?
Steel wire mesh is used in the reinforcement of dams by providing additional strength and stability to the structure. It is typically installed within the concrete structure of the dam to enhance its resistance against the pressure exerted by the water. The wire mesh acts as a reinforcement material, preventing cracks and structural failures, and ensuring the overall integrity and longevity of the dam.
Q:Can steel wire mesh be used for reinforcement in concrete?
Yes, steel wire mesh can be used for reinforcement in concrete. Steel wire mesh is commonly used as a reinforcement material in concrete structures to enhance their strength and durability. It provides additional support to the concrete by preventing cracks and improving its resistance to tension and bending forces. The steel wire mesh is typically placed within the concrete during the pouring process, creating a grid-like pattern that reinforces the entire structure. This reinforcement helps to distribute the load more evenly and improves the overall structural integrity of the concrete.

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