Find Verified Wire Mesh Suppliers, Manufacturers and Wholesalers

stainless steel Tile insert grates, gives you perfect match with your floor tile and drain. we have different dimensions in grates, and can also be manufactured on customized size on demand.

Century Woven Corporation Beijing is a Manufacturing firm for linear wedge wire Drain grates, we provide wide varieties of linear drain grates for multi purpose as they can be used in:
Bathroom, balcony, courtyard, kitchen, pool surrounding, pedestrian walk ways etc, our Products are Australian water mark certified.

we can offer galvanized or PVC coated welded wiremesh, in roll or in panel

we can offer tie wire and wire tie, galvanized, PVC coated and black annealed

we can offer high carbon and low carbon barbed wire, it can be hot dipped galvanized, electro galvanized or PVC coated

Titanium Wire Mesh is a shiny white metal wire mesh attributes lower density, large strength and easy fabrication features. It offers excellent resistance to corrosion and shows ductile nature when placed in the presence of oxygen. It provides large strength to weight ratio and high melting point of 1650oC. It is a significant refractory metal. The titanium wire mesh offers paramagnetic character and minor electrical and thermal conductivity.

Titanium doesn’t dissolve in water though it dissolves in the concentrated acids. It produces the security oxide layer when set up at the high temperatures in air though at the room temperatures it avoids tarnishing.


Properties of Titanium Wire Mesh
1.Toughness and light weight
2.Resistance to powerful acids and alkalis
3.Major and minor temperature adherent
4.Large tensile strength at the high temperatures

Applications of Titanium Wire Mesh
1.Fasteners
2.Electrode material wire
3.Medical industry

Hastelloy Mesh provides intense resistance to the wide corrosion media including pitting corrosion and crevice corrosion. It strictly resists the stress corrosion cracking and oxidizing aqueous solutions. It offers tremendous resistance to hydrates chlorine, nitric acid and oxidizing acids and chlorides and reduction and oxidation media. So Hastelloy is suitable to perform in the rigorous conditions.


The Hastelloy Mesh is used in the different chemical processing operations. It provides large resistance to the rigorous oxidizers like ferric and cupric chloride, organic and inorganic acid, formic and acetic acid and acetic anhydride. It fits best in the several industrial applications.

Corrosion Resistance Properties of Hastelloy Mesh
1.Reduction and oxidation conditions
2.Pitting and crevice corrosion
3.Stress corrosion cracking, oxidizing aqueous media.
4.Hydrates chlorine and nitric acid and other oxidizing acids and chlorine ions
5. Various chemical processing’s such as strong oxidizers like ferric and cupric chloride
6. Formic and acetic acids and acetic anhydride

Applications of Hastelloy Mesh:
1. Drugs manufacturing
2. Cellophane preparation
3. Chlorination devices
4. Pesticide processing
5. Incineration scrubber apparatus

Tungsten Mesh Screen is called as the superior functional material that is widely utilized in the filaments. It has very high melting scale about 3422oC as well as boiling scale about 5555oC. The wire mesh is featured with the better physical properties like high density, minor vapor pressure and thermal expansion. It offers large thermal conductivity, high electrical resistance and large modulus of elasticity. The tungsten wire mesh offers excellent resistance to corrosion and has supreme mechanical features.

Nichrome wire mesh attains the splendid features of excellent resistance to corrosion at the grand temperature levels. It attains minor temperature coefficient of expansion and large performance temperature limit. It provides tremendous resistance to carburization, thermal upset, drooping and bending. It has superior mechanical features and widely competent in producing secure oxide layer to resist corrosion.
Nichrome wire mesh is an affordable resistance wire. It is primarily implemented in the production of industrial electric furnaces, domestic heating equipments and ceramics, heat processing and electronic operations.
Nichrome Resistance Heating wire offers large electric resistance that increases significantly if temperature increases since it has large temperature coefficient of electric resistivity. The common applications of resistance heating wire include manufacturing powerful electric resistors and heating apparatus. The main purpose of resistance wire is to generate enormous heat when it is heated enormously.
Nichrome Resistance Heating wire is a hard, dense material. It offers superior resistance to oxidation and many corrosive conditions at the high temperatures. It creates protective layer when heated at the high scale. The wire also introduces high performance temperature limit, prolonged service life and large stress capability.

Inconel Wire Mesh Screen provides excellent resistance to the many corrosive environments such as acids, alkalies, oxidizing and reducing conditions. It is utilized in the elevated temperature operations.
The Inconel Wire Mesh Screen offers large fatigue strength at the room temperature to the hot regions. It is constructed to get the high creep rupturing strength at the high temperature limits. The solution annealing is recommended to obtain the grain growth for high creeping resistance at the grand temperature levels. The minor modification in the composition leads to grain development and enhances the stress rupturing features.

Properties of Inconel Wire Mesh Screen:
1. Intense mechanical strength: tensile strength, fatigue strength and creep-rupturing
2. Good weldable character restricts post weld age cracking.
3. Oxidation resistance at the numerous temperatures limits
4. Remarkable resistance to corrosion.
5. Non-magnetic nature

Applications of Inconel Wire Mesh Screen:
1. Gas turbine components
2. Cryogenic tanks and Forming equipments.
3. Extrusion dies.
4. Heat processing and nuclear reactor applications.
5. Liquid fuel rocket motor parts
6. Springs and fastener components

https://www.xghwsteel.com/products/welded-wire-mesh-for-concrete.html

Welded Wire Mesh for Concrete
Welded Wire Mesh For Concrete Is a metal mesh product specially designed for a reinforced concrete structure. It is made of high quality low carbon steel wire through automatic welding, uniform grid, stable structure, can effectively improve the strength, durability and crack resistance of concrete structure.
Advantages of welded construction mesh:
Wide range of diameters (from 3 mm to 5 mm).
Economical in terms of reinforcement due to the high strength of the cold-drawn steel wire.
Saves time and money.
Robust welded joints.
Uniform spacing of wires.
Possibility of equivalence with conventional reinforcement.

Welded mesh reinforced concrete applications:
Slabs for structural flat slab or girder construction.
Welded wire mesh for concrete slabs on floors, sidewalks, airport runways, and aprons to achieve crack-free and joint-free surfaces.

Concrete Reinforcing Mesh
Concrete Reinforcing Mesh Is a kind of grid structure made of steel bar or steel wire, widely used in buildings, roads, Bridges and other civil engineering, used to enhance the strength and stability of concrete structure.

welded wire Reinforcement
Welded wire reinforcement is a material consisting of cold-worked steel wires with concave or raised rib deformations. The wire itself is cold drawn or cold rolled from hot rolled steel bars. The cold working process includes reduction, deformation and straightening. After producing the final wire diameter, the wire is automatically assembled and machine-welded to form a mat-type structural reinforcement for concrete.

Welded reinforcing wires, historically known as woven wire fabric, is produced in sheets and coils and is primarily used in the precast and cast-in-place concrete industry. Welded wire reinforcement is an efficient, economical and viable alternative to the standard method of placing loose individual bars for concrete reinforcement.

How Welded Wire Reinforcement (WWR) is made
Quality-controlled, hot-rolled light bars are cold-worked through a series of molds or cassettes to reduce size to produce project-specific diameter wire with higher yield strength.
Welded wire concrete reinforcing crossings are resistance welded by automated machines.
Pressure and heat fuse the interacting wires together to form a uniform section and secure it to a fixed position. No self-consuming electrode material is used in the welding process.