Minerals & Metals

Hot Dip Galvanized Iron Wire is produced by immersing steel wire into molten zinc, forming a strong metallurgical bond between zinc and the steel surface. This process creates a thick and durable protective layer that effectively prevents corrosion and extends service life, even in harsh environments. As a widely used type of galvanized wire, it is especially suitable for applications requiring long-term exposure to outdoor conditions. Applications of Hot Dip Galvanized Iron Wire Due to its strong corrosion resistance and durability, this wire is widely used in: Fencing Systems: chain link fences, livestock fencing, and boundary protection Construction Projects: binding wire, reinforcement, and structural support Infrastructure: power transmission lines, guardrails, and bridge components Agriculture: vineyard trellising, animal enclosures, and protective netting

Electro Galvanized Iron Wire is a type of galvanized wire coated with a thin layer of zinc through an electroplating process. This coating forms a protective barrier that helps prevent rust and corrosion, extending the service life of the wire. Compared with untreated wire, it offers improved durability while maintaining a smooth and bright surface finish. Manufactured with precision, Electro Galvanized Iron Wire from Aosen is widely used in applications where appearance, flexibility, and cost efficiency are important. Aosen focuses on stable quality control and customizable solutions to meet diverse industrial and commercial needs. Equipped with fully automated production equipment, our factory adopts a high- precision tension and linear speed synchronization system to ensure the zinc coating remains undamaged with a uniform thickness. This achieves neat and tight coiling of products and maximizes adaptability to rapid mass production.

Nickel expanded mesh is a metal mesh material made from high-purity nickel plates through stamping or expanding processes, featuring uniformly distributed mesh holes and a strong sheet-like structure. Nickel expanded mesh combines the excellent properties of nickel—such as high electrical conductivity, outstanding corrosion resistance, and good mechanical strength—while providing good permeability and mechanical support due to its unique structural design. Nickel expanded mesh is widely used in filtration, battery current collectors, catalyst supports, architectural decoration, heat dissipation management, and more.

Expanded Titanium Mesh is made by cutting and stretching titanium sheets to form a mesh with diamond-shaped openings. Since there’s no welding or weaving involved, the process doesn’t produce any material waste—making it efficient and eco-friendly. The result is a mesh that’s strong, lightweight, and highly resistant to corrosion.

Monel Wire Mesh is made from high-purity Monel alloy wire (such as Monel 400, Monel K500) through weaving or welding. It offers exceptional corrosion resistance, good mechanical properties, and high-temperature stability. Monel is a nickel-copper alloy that remains stable in a variety of corrosive environments, particularly excelling in seawater and acidic media. Thanks to its outstanding anti-corrosion properties, Monel mesh is widely used in marine engineering, chemical processing, petroleum refining, and nuclear industries.

Hastelloy Wire Mesh is a metallic mesh made from high-performance Hastelloy wire, either woven or welded, featuring exceptional corrosion resistance, high- temperature tolerance, and excellent mechanical strength. Hastelloy is a superalloy containing elements like nickel, molybdenum, and chromium, known for its outstanding stability in a wide range of corrosive environments. Therefore, Hastelloy mesh is widely used in chemical processing, pharmaceuticals, aerospace, marine engineering, and other fields.

The Stainless Steel Dutch Weave Mesh is crafted using Dutch weaving technology, characterized by a unique mesh structure and ultra-high filtration precision. With fine weaving and a range of mesh counts, this mesh is particularly suitable for precision filtration of liquids and gases, as well as for the screening of various particles in industrial applications. Made from high-quality dutch weave mesh (such as SUS304, 316, 316L), it offers excellent corrosion resistance and mechanical strength. We provide custom cutting services in various shapes and sizes based on customer requirements, making it adaptable for different application scenarios.

Nickel sintered mesh is a porous metal material made from multiple layers of high-purity nickel mesh through a high-temperature sintering process. The sintering process permanently bonds the metal mesh layers together, forming a solid and stable multilayer structure. Nickel sintered mesh combines the high electrical conductivity, excellent corrosion resistance, and superior mechanical properties of nickel, making it suitable for demanding industrial environments such as filtration, catalysis, battery applications, and high-temperature gas treatment.

Stainless Steel Sintered Wire Mesh is a composite mesh made from multiple layers of stainless steel wire mesh that are sintered together under high temperatures. This sintering process bonds the layers to form a unified material with high strength, stability, and uniform porosity. Due to its excellent filtration capabilities and mechanical strength, sintered metal mesh is widely used in petrochemical, pharmaceutical, food processing, and environmental applications that require precision filtration and long-term durability.

Pre-crimped wire mesh is a woven mesh product made from high-quality stainless steel wire that has been pre-crimped to form a wavy or patterned structure before weaving. This crimping process ensures that the pre-crimped wire mesh is more stable and tightly woven, providing excellent strength and durability. With outstanding corrosion resistance and structural stability, stainless steel crimped wire mesh is widely used for screening, filtration, partitioning, and architectural decoration.

Clog-resistant self-cleaning screen mesh provides effective solutions for sticky and moist materials. The unique crimped and bonded wire structure prevents material blockage, improves throughput, and guarantees consistent performance, especially in wet screening applications. Self-Cleaning Screens are advanced anti-blinding screening meshes engineered to reduce clogging, material buildup, and downtime in challenging screening conditions. Manufactured with specially crimped or independently vibrating wires, each wire moves freely during operation to prevent blinding, pegging, and blocking—particularly when handling damp, sticky, or fine materials.

Polyurethane elastic screens are high-performance industrial screening elements made from polyurethane (PU) with embedded steel cable or polyester mesh. They are primarily used for material grading, dehydration, and de-mediation processes in mining, metallurgy, coal, and building materials industries. Its core value lies in combining the excellent elasticity of polyurethane material with the tensile strength of steel wire. Key Features and Functions Polyurethane elastic screen is made of steel wire rope core covered with polyurethane layer as warp and weft wire, which is processed by heat fusion welding at a certain temperature.    

Piano wire screens—also known as high-tensile self-cleaning screens or harp wire screens —are engineered for applications where traditional woven wire mesh struggles with blinding, pegging, and clogging.  These screens use parallel high-tensile steel wires supported by polyurethane or steel cross members, allowing the wires to vibrate independently to release fines and prevent material from getting stuck. Compared with standard woven screens, piano wire screens deliver significantly higher open area, consistent stratification, and improved screening efficiency in wet, sticky, or fine materials. Applications of Piano Wire Screens Piano wire screens are widely used in the mining, aggregates, construction, recycling, and general industrial sectors, delivering excellent performance for screening wet, sticky, fine, or hard-to-process materials.

Fine PU Screens, also known as Polyurethane Fine Aperture Screen Panels, are high-precision screening media manufactured from high-performance polyurethane elastomer for critical fine material separation. Engineered for applications such as grading, dewatering, de-mediation, and desludging, they deliver precise screening of particles typically ranging from 0.1 mm to 3 mm. Widely used in mining, coal washing, and mineral processing, Fine PU Screens provide a durable, wear-resistant, and long-life alternative to traditional metal screen panels. Technical Specifications of Fine PU Screens Screen Slot Range: 0.045 mm – 3 mm Opening Rate: 15.25% – 46.51% Material: High-performance polyurethane elastomer Screen Type: Fine aperture / slot opening Panel Thickness: Customized according to screening capacity Installation System: Modular fastening, bolt-down, rail mounting