Steel Wire Mesh

etech Welded Mesh Inc specializes in producing and exporting welded wire mesh panels with a variety of types and specifications suitable for a wide range of applications in the wire mesh fencing sector. Our versatile panels cater to multiple industries, including construction and agriculture, providing security, concrete reinforcement, and protection. We offer customized sizes, wire gauges, and finishes to match specific requirements, ensuring our clients receive tailored, precision-engineered solutions. Specifications Material Varieties: Our welded wire mesh panels are made from diverse materials like low carbon steel wire, stainless steel wire, and galvanized wire, tailored to meet the needs of different environmental and application requirements. Welding Techniques: We employ advanced welding technologies, including resistance and spot welding, to construct our panels. This ensures each panel is made with consistent quality, vital for applications demanding high strength in security and industrial settings. Additionally, we offer panels in both Galvanized After Welding (GAW) and Galvanized Before Welding (GBW) finishes. Electro-galvanized and hot-dipped galvanized options are also available to enhance durability and corrosion resistance, catering to various environmental conditions. Standard and Customizable Panel Dimensions: Panels come in standard lengths of 2 to 12 feet and widths of 1 to 8 feet. Customization services are available to accommodate unique project requirements, allowing precise fitment and application. Hole Shapes and Mesh Sizing: A variety of hole shapes are available, including the commonly requested square and rectangular options. Mesh sizes are offered from the tightly woven 1/2″ x 1/2″ (12.7mm x 12.7mm) to the more open 6″ x 6″ (152mm x 152mm), suitable for various functions from high-security to aesthetic design. Wire Gauge and Diameter Options: With wire gauges available from #14 to #6, corresponding to diameters of 2.0mm to 5.0mm, our panels are designed to meet a spectrum of strength and flexibility requirements, ensuring optimal performance. Surface Treatments and Color Selection: Panels are subjected to treatments such as PVC, powder coating, or galvanization to prevent corrosion and extend durability. A broad selection of colors allows for seamless integration into existing project designs. Secure and Practical Packaging: Panels are packaged with integrity on pallets or in boxes, with additional water-proof paper and shrink wrap available, ensuring the product arrives in excellent condition while also aiding in efficient on-site handling.

Metech Welded Mesh Inc specializes in the manufacture and export of high-security welded mesh fencing. Our high-security welded mesh fencing is available in multiple specifications, tailored to meet the stringent requirements of our clients. The versatility of our high-security welded mesh fencing makes it suitable for various sectors including industrial complexes, governmental facilities, transportation hubs, and residential communities. Below, we introduce a project example featuring High-Security Welded Mesh Fencing by Metech Welded Mesh Inc. High-Security Welded Mesh Fencing The materials and construction of High-Security Fencing – Welded Mesh (HSF – WM) must adhere to the stipulations of the following referenced standards: EN 10016-2: This standard provides specifications for non-alloy steel rods that are suitable for drawing and/or cold rolling processes. EN 10218-2: This document outlines the dimensions and tolerances for steel wire and related products. EN 10223-7: These standards specify requirements for steel wire and wire products used in fences, with a particular focus on welded steel wire panels. EN 10244-2: This standard details non-ferrous metallic coatings on steel wire, specifically concerning zinc or zinc alloy coatings. EN 10245-1: This standard covers steel wire and wire products with organic coatings, providing general rules for this type of treatment.

Reinforcing mesh, also known as rebar mesh, is welded wire fabric crafted from steel bars or wires in a grid layout. It enhances concrete’s tensile strength and structural integrity, addressing its weakness in tension by distributing stresses and boosting construction durability. Used in floors, roads, pavements, driveways, and buildings, its size and shape are tailored to project needs. Made typically from carbon or low-alloy steel for strength and flexibility, it features various grid patterns and spacings to meet diverse reinforcement requirements.

Metech Welded Mesh Inc offers high-quality welded wire gabions, suitable for a wide range of applications including civil engineering, landscaping, and erosion control projects. Our products come in various types and with complete specifications, and we can customize them according to customer requirements. Unlike traditional twisted wire gabions, our welded wire gabions are made from wire mesh panels welded at intersections for increased rigidity and uniformity. These are then shaped into rectangles or cubes and filled with stones or rocks, resulting in durable, permeable, and visually appealing structures. Materials and Coatings for Welded Gabions Welded wire gabions are made from high-strength, durable steel wire. The coatings include: Galvanized Coated Welded Gabions Galvanized Coating: Applies a zinc layer to steel wire, protecting against rust and corrosion. This is the standard protection method, ensuring long-term durability under various conditions. PVC Coating: Adds a PVC layer to galvanized wire, offering extra corrosion resistance from water, soil, and chemicals, along with UV protection. Available in various colors, it helps the gabions blend with their environment. Galfan Coating: A zinc-aluminum alloy coating that provides superior corrosion resistance compared to standard galvanization, significantly extending gabion life, particularly in harsh or marine settings.

Metech Welded Mesh Inc. offers high-quality Welded wire Lath (Structa Wire) and Stucco Netting in various types and customizable sizes, complete with all specifications needed for diverse applications. Welded Wire Lath, also known as Stucco Wire or Structa Wire, is crafted from galvanized or stainless steel. Designed for robust stucco applications, it ensures structural integrity by holding the stucco in place as it cures, making it ideal for both residential and commercial constructions that require rigid support. On the other hand, Stucco Netting provides a lighter, more flexible alternative, made from either galvanized metal or plastic. Its wide mesh netting is easier to shape and install, perfect for residential projects or surfaces requiring less structural reinforcement. Both are crucial for reinforcing stucco layers on buildings, preventing cracking, and adding strength. They’re installed over a water-resistant barrier and structural framing, followed by stucco layers to achieve the desired thickness and texture. The choice between wire and netting hinges on the construction’s specific needs, including flexibility, structural support, and desired finish. Welded Wire Lath Welded Wire Lath is a key material used in the construction industry for stucco reinforcement and plaster applications. It is made from welded wire mesh, typically made of galvanized steel or stainless steel, which provides a strong and durable base for plaster or stucco. Material Composition: Galvanized Steel Most commonly used due to its corrosion resistance and strength, ideal for exterior applications. Wire Gauge: The wire gauge (thickness) typically ranges from 16 to 18 gauge, providing robust support for the plaster while still being pliable enough for easy installation. Mesh Size: Mesh openings are generally square or rectangular, with sizes ranging from 1/4 inch x 1/4 inch (about 6 mm x 6 mm) to 2 inches x 2 inches (about 50 mm x 50 mm). The size chosen depends on the specific requirements of the project, such as the desired thickness and type of stucco or plaster to be applied. Sheet Dimensions: Welded Wire Lath is commonly available in sheets or rolls, with standard widths of 27 inches (about 686 mm), 36 inches (about 914 mm), and sometimes up to 48 inches (about 1219 mm). Lengths can vary but typically include options like 96 inches (about 2438 mm), which are standard for panels, or rolls that can extend up to 150 feet (about 4572 mm) for larger projects. Furring Options Flat Lath: No furring options, lays flat against the surface. Self-Furring Lath: Designed with indentations or embossments that push the center of the mesh away from the wall, creating a space that allows for better keying of the stucco into the mesh. Coating Options Regular Galvanized: Suitable for general use in non-corrosive environments. Heavy Galvanized: Offers enhanced corrosion resistance for harsher environments or for longer-lasting protection. Applications: Welded Wire Lath is used for interior and exterior plaster/stucco applications, architectural applications, and in ceramic tile underlayment among other uses. It is particularly favored for projects where strong mechanical bonding between the wall and the plaster or stucco is required.

Metech Welded Mesh Inc specializes in designing, producing, and distributing Wire Mesh Lockers, also known as Welded Wire Storage Lockers. Our extensive selection caters to various industries with a range of types and specifications, customizable to specific dimensions, configurations, and features. Utilizing advanced welding techniques, we guarantee each locker’s superior strength and polished finish, ensuring top-notch security and functionality for educational, industrial, or personal use. Materials Our Wire Mesh Lockers are made from high-grade steel wire, ensuring durability. They are coated with zinc or epoxy to prevent rust. For specific applications, stainless steel options are available for moist environments. This ensures long-lasting, reliable storage solutions. Manufacturing Process Metech Welded Mesh Inc prioritizes quality at every manufacturing step, ensuring our Wire Mesh Lockers are secure and durable for all industries. The process starts with detailed planning and CAD software to design each locker for its specific purpose. Cutting and Shaping: The steel wire is cut to length and shaped according to the design specifications. This is typically done using automated machinery, which ensures precise dimensions and a consistent finish. Welding: The core of the manufacturing process involves welding the wire frames to form the locker’s structure. Advanced welding techniques are employed to ensure strong, seamless joints. The welds are then polished to remove any rough edges, ensuring a smooth finish. Coating: Once the welding is complete, the lockers undergo a coating process. This may involve galvanization or the application of epoxy powder coating. This step not only enhances the aesthetic appeal of the lockers but also serves as a protective layer against corrosion and wear. Assembly: The final step involves assembling the locker components. This includes fitting doors, locks, and any additional features specified in the design. The assembly process is carried out with precision, ensuring that the final product is robust and functional. Quality Control: Before leaving the factory, each locker is subjected to rigorous quality control checks. This ensures that the product meets our high standards of strength, durability, and functionality.

Metech Welded Mesh Inc specializes in the export and manufacturing of Galvanized Steel Welded Wire Mesh. Our catalog encompasses a broad spectrum of types and specifications, ensuring a versatile selection to meet all your Galvanized Steel Welded Wire Mesh needs. Our mesh products undergo a rigorous galvanization process, enhancing their durability and resistance to corrosion, making them suitable for both indoor and outdoor environments. Galvanized Wire Mesh Types Hot-Dipped Galvanized Wire Mesh: This type involves dipping the wire mesh into molten zinc after it has been welded, providing a thick, protective coating that significantly enhances its resistance to rust and corrosion. Ideal for outdoor applications where the mesh is exposed to harsh weather conditions, hot-dipped galvanization ensures a long-lasting durable finish. Electro Galvanized Wire Mesh: Electro galvanization involves applying a zinc coating using electrical current, resulting in a thinner coat compared to hot-dipped galvanization. This process provides a smooth and uniform finish, suitable for indoor applications or less corrosive environments. The thinner zinc coating offers adequate protection while maintaining the mesh’s flexibility and ease of use. Galvanized Before Weld (GBW) Wire Mesh: In GBW wire mesh, each individual wire is galvanized before being welded into a mesh. This process ensures that the wires are fully coated, providing good corrosion resistance. However, the welding points themselves can be slightly less protected, making GBW mesh more suitable for indoor applications or environments with minimal exposure to moisture. Galvanized After Weld (GAW) Wire Mesh: GAW wire mesh is galvanized after the welding process, ensuring that both the wires and the welding joints are thoroughly coated with zinc. This method offers superior protection against rust and corrosion, making it ideal for use in more demanding outdoor or humid environments. GAW mesh is often preferred for heavy-duty applications due to its enhanced durability and longevity. Comparison Protection Level: Hot-Dipped offers the highest, followed by GAW, with GBW and Electro Galvanized providing lighter protection. Application Environment: Hot-Dipped and GAW are better suited for harsh outdoor conditions, while Electro Galvanized and GBW are ideal for indoor or less corrosive settings. Coating Thickness: Hot-Dipped has the thickest coating, with Electro Galvanized being the thinnest and most uniform. Cost: Generally, Hot-Dipped and GAW are more expensive due to their comprehensive protection, while GBW and Electro Galvanized are more cost-effective for less demanding applications.