Crimped wire screen for Mine

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Crimped wire screen for Mine 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*
Mesh width [mm]	1,6	1,8	2,0	2,5	3,0	3,4	4,0	5,0	5,8	Crimps*
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]
Mesh width [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: How does steel wire mesh perform in terms of electrical conductivity?: Steel wire mesh is not generally considered to be a good conductor of electricity. While steel is a metal and therefore has some level of conductivity, the presence of multiple wire crossings and the small gauge of the individual wires in a mesh significantly restricts the flow of electrical current. The mesh acts as a resistor, impeding the movement of electrons. The electrical conductivity of steel wire mesh is also affected by factors such as the thickness of the wires, the spacing between them, and any coatings or impurities on the surface. These factors can further decrease the conductivity, making it even less efficient for electrical conduction. However, it is worth noting that steel wire mesh can still conduct electricity to some extent, especially if the mesh is thick, the wires are closely spaced, or the surface is clean and free from any insulating substances. In certain applications, such as grounding or shielding, steel wire mesh can be used effectively to conduct electrical current. In summary, while steel wire mesh has some level of electrical conductivity, it is not typically considered a good conductor due to its design and physical properties. It is important to consider the specific requirements of an electrical application before choosing steel wire mesh as a conductor.

Q: How does steel wire mesh perform in terms of resistance to abrasion?: In terms of resistance to abrasion, steel wire mesh demonstrates outstanding performance. The mesh design, which incorporates the interlocking nature and the high tensile strength of steel, contributes to its remarkable ability to withstand wear and tear resulting from rubbing or scraping against other surfaces. Consequently, steel wire mesh becomes the preferred choice for applications that necessitate durability and longevity, including construction, industrial settings, and reinforcement in concrete structures. The robust construction of the steel wire mesh guarantees its ability to endure the impact of abrasive materials and maintain its integrity throughout time, making it an exceptional alternative for environments that require crucial abrasion resistance.

Q: How does steel wire mesh perform in terms of resistance to weathering?: Steel wire mesh is renowned for its remarkable ability to resist weathering. It is composed of robust and corrosion-resistant steel, enabling it to endure diverse weather conditions including rain, snow, heat, and UV exposure. Unlike other materials, steel wire mesh remains unaffected by warping, cracking, or degradation when exposed to these elements. To enhance its resistance to weather, the galvanization process is employed. This involves applying a protective layer of zinc to the steel wire mesh, serving as a moisture barrier and preventing rust formation. Consequently, this additional layer fortifies the mesh, augmenting its durability and extending its lifespan. Moreover, steel wire mesh exhibits exceptional performance in terms of withstanding extreme temperatures. It does not become brittle in cold climates nor compromise its structural integrity in high temperatures. Consequently, it proves suitable for a myriad of applications, including outdoor fencing, construction endeavors, and agricultural uses. Additionally, steel wire mesh showcases impressive resistance to wind and impact. Its inherent strength and flexibility allow it to endure strong gusts without bending or breaking. Hence, it serves as an optimal choice for applications where wind loads are a concern, such as coastal areas or high-rise buildings. All in all, steel wire mesh emerges as an outstanding choice for outdoor applications due to its exceptional resistance to weathering. Its capacity to withstand various weather conditions, coupled with its galvanized coating, resistance to extreme temperatures, and wind resistance, render it a dependable and long-lasting option for a diverse array of projects.

Q: Is steel wire mesh suitable for use in mining or quarrying operations?: Yes, steel wire mesh is suitable for use in mining or quarrying operations. It offers durability, strength, and flexibility, making it an ideal material for various applications in these industries. Steel wire mesh can be used for mine support, reinforcing tunnels, controlling rockfall, and preventing the spread of debris. It provides a reliable barrier while allowing ventilation and drainage, making it a valuable asset in mining and quarrying operations.

Q: What is the mesh of stainless steel wire mesh?: How many mesh can the material pass through the area, that is, how many mesh is defined: for example, 200 mesh, that is, the material can pass through a mesh of 200 mesh in 1 square inch.

Q: How is steel wire mesh used in reinforcement of pharmaceutical facilities?: Steel wire mesh is commonly used in the reinforcement of pharmaceutical facilities due to its high strength and durability. It is typically installed in the form of panels or sheets to provide structural support and enhance the overall integrity of the facility. In pharmaceutical facilities, steel wire mesh is primarily used in areas where concrete is being poured, such as floors, walls, and ceilings. The mesh is placed within the concrete to prevent cracking and improve the load-bearing capacity of the structure. It acts as a reinforcement, distributing the load more evenly and reducing the risk of structural failure. The use of steel wire mesh in pharmaceutical facilities also helps with the prevention of shrinkage cracks and improves the resistance to thermal expansion and contraction. This is particularly important in environments where temperature and humidity variations can occur, as it helps maintain the stability and integrity of the facility. Additionally, steel wire mesh can be used as a safety measure to prevent the penetration of rodents, insects, and other pests. By installing mesh barriers in openings such as vents, windows, and door frames, pharmaceutical facilities can ensure a hygienic and controlled environment, preventing contamination of products and maintaining regulatory compliance. Overall, the use of steel wire mesh in the reinforcement of pharmaceutical facilities offers numerous benefits, including enhanced structural integrity, improved resistance to cracking and shrinkage, and increased safety and hygiene measures. It plays a crucial role in maintaining the quality and functionality of these facilities, ultimately supporting the production of safe and effective pharmaceutical products.

Q: Is steel wire mesh resistant to discoloration?: Steel wire mesh is generally resistant to discoloration. Steel itself is a highly durable and corrosion-resistant material, making it less prone to discoloration compared to other materials. However, it is important to note that discoloration can still occur under certain circumstances. Exposure to harsh chemicals, extreme temperatures, or prolonged exposure to moisture can potentially cause discoloration or oxidation of the steel wire mesh. Regular maintenance and cleaning can help mitigate the risk of discoloration and ensure the longevity of the steel wire mesh's appearance.

Q: Can steel wire mesh be used for filtration purposes?: Yes, steel wire mesh can be used for filtration purposes. Steel wire mesh is a versatile material that can effectively filter out particles and impurities from various substances. The mesh is made up of interconnected steel wires, forming a grid-like pattern with evenly spaced openings. These openings can be customized to different sizes, depending on the desired level of filtration. Steel wire mesh is commonly used in industries such as mining, oil and gas, food processing, and wastewater treatment. It can be used to filter solids, liquids, and gases by trapping and separating particles based on their size. The mesh acts as a physical barrier, allowing only substances of a certain size to pass through. The durability and strength of steel wire mesh make it ideal for filtration purposes. It can withstand high temperatures, harsh chemicals, and heavy loads without losing its structural integrity. Additionally, steel wire mesh is resistant to corrosion, ensuring a long lifespan and maintaining its filtration efficiency over time. In summary, steel wire mesh is a reliable and effective material for filtration purposes. Its customizable openings, durability, and resistance to corrosion make it a suitable choice for a wide range of industrial filtration applications.

Q: What are the different wire diameters available for steel wire mesh?: Depending on the specific application and requirements, steel wire mesh is available in various wire diameters. Steel wire mesh typically has common wire diameters ranging from 0.5mm (0.02 inches) to 12mm (0.47 inches). However, it's worth noting that the availability of wire diameters may vary depending on the mesh opening size and the intended use of the steel wire mesh. For finer mesh openings like those used in insect screens or filtration applications, the wire diameters are usually smaller, ranging from 0.5mm to 2mm (0.02 to 0.08 inches). These smaller wire diameters allow for better filtration and retention of smaller particles or insects. On the other hand, for coarser mesh openings used in fencing or construction applications, the wire diameters tend to be larger. In these cases, wire diameters can range from 3mm to 12mm (0.12 to 0.47 inches), providing increased strength and durability to withstand higher loads and impacts. When selecting the appropriate wire diameter, it's important to consider factors such as the desired level of strength, flexibility, corrosion resistance, and the intended use of the steel wire mesh.

Q: How does steel wire mesh perform in terms of visibility and transparency?: Due to its dense construction and solid structure, steel wire mesh is generally characterized by low visibility and transparency. The interweaving of steel wires forms a solid barrier that hinders the view and restricts the passage of light. This lack of transparency makes it ideal for situations where privacy and security are of utmost importance, including fencing, partitions, and window screens. However, if the objective is to optimize visibility or enable abundant natural light to pass through, alternative materials such as glass or transparent plastics would be more appropriate choices.

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