Senhong is a technology-driven enterprise integrating R&D, production, and sales. With more than ten years of experience in the metal wire mesh industry, we deliver top-quality products for construction, industry, agriculture, and security.
Galvanized Steel Grating is primarily made from low-carbon steel flat bars and twisted square bars. These steel components create a stable structure with strong mechanical strength, designed to meet varying load-bearing requirements in industrial, construction, and municipal applications.
The flat bars act as the main load-bearing components, while the twisted square bars are arranged across them to create the open-grid structure. Their spacing and arrangement can be selected to suit the intended application and required load capacity.
Manufacturing begins by positioning the flat bars and cross bars at specified intervals in a predetermined pattern. The bars are then welded or press-locked together to create the basic steel grating structure.
Once the grating has been formed, a galvanized surface treatment is applied. This creates a zinc layer on the steel, helping protect it from oxidation and corrosion.
Hot-Dip Galvanized Steel Grating
Hot-dip galvanizing is one of the primary surface treatments for Galvanized Steel Grating. Zinc ingots are melted at high temperature with suitable auxiliary materials, and the finished grating is immersed in the galvanizing bath. This allows a protective zinc coating to form across the steel surface.
The coating helps shield the steel from direct contact with moisture and corrosive elements, making Hot-Dip Galvanized Steel Grating suitable for demanding indoor and outdoor environments.
Electro-Galvanized Steel Grating
Electro-galvanizing applies a zinc coating to the steel grating through an electrolytic process. A zinc salt solution is used to form a protective layer on the steel surface.
Both hot-dip galvanizing and electro-galvanizing enhance the surface protection of steel grating. The suitable treatment can be chosen based on the working environment and project requirements.
High-Strength Galvanized Steel Grating
Made from quality steel, Galvanized Steel Grating has a strong, stable structure. Its load-bearing capacity can accommodate different requirements in industrial and infrastructure applications.
Depending on its structural design, galvanized grating can be used in areas subject to heavy loads and heavy vehicle traffic. Applications include platforms, walkways, stairs, warehouse structures, and other locations where dependable load-bearing performance is needed.
Corrosion and Wear Resistance
Galvanizing forms a protective zinc layer over the steel surface. This layer helps limit oxidation and corrosion and improves resistance to surface wear.
In suitable working environments, Galvanized Grating can therefore provide a longer service life than untreated steel grating. It is especially useful where moisture, outdoor exposure, or other conditions may contribute to steel corrosion.
Slip-Resistant Galvanized Steel Grating
The surface of Galvanized Steel Grating can feature serrated teeth or other slip-resistant designs. Serrations increase friction between the grating and shoes or tires moving across it.
This surface is particularly useful in wet or oily environments, where floors may become slippery. It can help improve safety for workers, pedestrians, and vehicles on industrial platforms, walkways, stairs, and other access areas.
Ventilation and Drainage Performance
The open-grid design of Galvanized Steel Grating leaves generous open space between the load-bearing bars. This allows air and light to pass through while supporting efficient drainage.
Galvanized grating is therefore suitable for locations requiring ventilation, heat dissipation, light transmission, or water drainage. Applications include platforms, walkways, drainage channels, outdoor structures, and other areas that need an open surface.
Industrial Applications of Galvanized Steel Grating
Galvanized Steel Grating for Construction
Municipal Applications of Galvanized Grating
Galvanized Steel Grating can be classified by its manufacturing method and by the surface profile of its load-bearing flat bars.
Welded Hot-Dip Galvanized Steel Grating
Welded hot-dip galvanized steel grating is made by welding the flat bars and cross bars together in a specified arrangement. The finished grating is then hot-dip galvanized to create a protective zinc coating.
This type of Hot-Dip Galvanized Steel Grating has a strong, stable structure and is suitable for industrial platforms, walkways, stairs, and other load-bearing applications.
Press-Locked Hot-Dip Galvanized Steel Grating
Press-locked hot-dip galvanized steel grating is produced by joining the flat bars and cross bars with a press-locking process, followed by hot-dip galvanizing.
It can be used in industrial, construction, municipal, and other applications that require a durable open-grid steel structure.
Serrated Galvanized Steel Grating
Serrated galvanized steel grating has a toothed or serrated profile on its load-bearing flat bars. This design increases friction and provides slip resistance.
It is especially suitable for wet, oily, or other environments where additional anti-slip performance is needed.
Plain Galvanized Steel Grating
Plain galvanized steel grating uses flat load-bearing bars with a relatively smooth surface. Its simple, practical structure suits general industrial platforms, walkways, drainage covers, and other applications.
I-Type Galvanized Steel Grating
I-type galvanized steel grating uses I-shaped flat bars as its main load-bearing components. This design can offer a suitable balance between structural strength and material usage, and can be selected to meet specific load-bearing requirements.
Composite Galvanized Steel Grating
Composite galvanized steel grating combines steel grating with other structural components to meet application requirements. It can be used where a project calls for additional structural or functional performance.
Stainless steel contains elements such as chromium and nickel that form a passive protective film on the material’s surface. This layer helps the mesh resist corrosion from acids, alkalis, salts and other chemical substances.
Stainless steel grades offer different levels of corrosion resistance. For example, 316L stainless steel mesh provides particularly good resistance in harsh environments, including marine and coastal conditions.
These properties make stainless steel woven wire mesh suitable for petroleum filtration and other industrial applications where the filtration medium may contain corrosive substances.
Stainless steel woven mesh also offers good oxidation resistance at high temperatures. The appropriate grade can be selected to suit the required operating temperature.
For example, 304 stainless steel mesh can maintain good oxidation resistance below approximately 800°C, while 310S stainless steel mesh can withstand temperatures of up to approximately 1150°C under suitable conditions.
Select the stainless steel grade according to the actual temperature, filtration medium and operating environment.
Stainless steel woven wire mesh offers good mechanical strength and pressure resistance. Its stable woven structure can withstand external forces while maintaining its basic shape.
Properly manufactured stainless steel mesh can provide high tensile and compressive strength. This makes it suitable for filtration equipment exposed to mechanical pressure or requiring a stable filtration surface.
The material, wire diameter and weaving structure can each affect the mesh’s mechanical performance.
Uniform mesh openings are an important physical property of stainless steel filtration mesh. Consistent openings help maintain stable filtration precision during operation.
Stainless steel woven wire mesh is available for a range of filtration requirements, from relatively coarse to fine filtration. Depending on the selected mesh specification, it can remove impurities and particles from liquids or gases.
For petroleum filtration, select the mesh opening size and wire diameter according to the size of the particles that need to be retained.
Stainless steel mesh can be used across a wide temperature range. Depending on the material grade and operating conditions, it can be applied in environments ranging from approximately -200°C to 600°C.
This range allows stainless steel filtration mesh to serve different high- and low-temperature applications, including high-temperature chemical processing and low-temperature storage or processing conditions.
Determine the actual service temperature according to the stainless steel grade and specific working conditions.
The open structure of stainless steel woven wire mesh allows air and light to pass through its openings while the mesh continues to provide structural protection.
Although air permeability and light transmission are not the primary functions of petroleum filtration mesh, these properties can benefit other uses, such as building facades, partitions and architectural structures where ventilation and natural lighting are needed.
Stainless steel woven wire mesh has good chemical stability and can maintain its performance in different chemical environments. It is relatively resistant to unwanted reactions with many common substances.
This stability makes stainless steel mesh suitable for applications involving acidic and alkaline media, including filtration and separation processes in the chemical industry.
In petroleum and chemical filtration systems, choosing a stainless steel grade to match the working medium’s chemical composition can help support long-term performance.
When the appropriate grade and manufacturing standards are selected, stainless steel is non-toxic and hygienic. Its smooth surface is less likely to retain dirt and contaminants, making the mesh relatively easy to clean and sanitize.
These properties make stainless steel woven wire mesh suitable for applications with hygiene requirements, including food processing, pharmaceutical filtration and other industries that require clean filtration materials.
Stainless steel mesh can also be used in direct contact with food or pharmaceutical materials when the selected material and manufacturing process meet applicable requirements.
Stainless steel woven wire mesh offers good processing and forming characteristics. It can be bent, stamped, welded and otherwise processed into shapes to suit application requirements.
The mesh can be made into cylindrical, tubular, conical, pleated and other customized filter elements for integration into different filtration equipment.
This processing flexibility makes stainless steel mesh suitable for customized petroleum filtration components and industrial filtration systems.
Stainless steel wire mesh can receive different surface treatments to suit the required appearance, surface performance and application.
Common treatments include electropolishing, sandblasting and electroplating. These processes create a range of finishes, from smooth, bright surfaces to specialized textures.
Electropolishing can produce a smoother, cleaner surface. Appropriate surface treatments can also further improve corrosion resistance, cleanliness and overall appearance for specific applications.
A dependable cooking surface should stay stable throughout grilling. Woven or formed into a firm structure, stainless steel grill mesh supports meat, seafood, vegetables and other barbecue ingredients.
Its open design creates multiple contact points with food while allowing heat and smoke to circulate. This makes the mesh suitable for larger items as well as smaller ingredients that can be difficult to position directly on traditional grill grates.
Mesh opening size and wire diameter can be selected to suit the application. Smaller openings can support smaller pieces of food, while larger openings allow more direct exposure to heat.
Material choice is an important consideration when selecting barbecue mesh. Stainless steel grill mesh is designed for high-temperature cooking and regular handling.
Stainless steel offers good corrosion resistance and retains its structural properties during routine grilling. When properly cleaned and maintained, it is less likely to rust than ordinary steel, making it suitable for outdoor barbecue use where moisture may be present.
Different stainless steel grades can be selected to meet customer requirements for household grilling, outdoor barbecue, restaurants, catering equipment and other commercial cooking environments.
The open structure of stainless steel BBQ mesh lets hot air and smoke pass through the cooking surface. It brings the food into direct contact with the heat source while helping heat circulate around the grilling area.
During cooking, the mesh can also let excess grease move away from the food. This may reduce cooking residue on the contact surface and make the grill mesh easier to clean after use.
Opening size, wire diameter and mesh pattern can all affect cooking performance. Different configurations can therefore be selected to suit the food being prepared and the grill equipment.
Stainless steel grill mesh provides a practical cooking surface for a wide range of barbecue ingredients, including meat, seafood, vegetables, mushrooms, sliced foods and other items.
For small or delicate ingredients, a suitable mesh opening can help keep food from falling through the grill. In many applications, seafood and vegetables can be cooked directly on the mesh without an additional cooking tray.
For larger cuts of meat, a sturdy mesh structure with an appropriate wire diameter can provide stable support during cooking and turning.
Custom Grill Mesh Sizes and Edge Designs
Easy-to-Handle Stainless Steel Grill Mesh
Stainless Steel Grill Mesh for Easy Cleaning
Stainless Steel Grill Mesh for OEM and Custom Requirements
Grill Basket by Shape
Stainless steel grill baskets come in a range of shapes to suit different grilling equipment and cooking needs. Common options include round flat baskets, round concave baskets, square flat baskets and square concave baskets.
Flat designs offer a relatively level cooking surface, while concave baskets can help contain food as it is grilled. Choose a shape according to the ingredients being cooked and the type of barbecue equipment used.
Grill Basket by Material
Based on the material used, grill baskets are available in galvanized iron wire, galvanized steel wire and stainless steel.
Stainless steel grill baskets offer resistance to heat, corrosion and oxidation, making them suitable for grilling food and repeated outdoor use. Other surface-treated metal materials may also be selected to meet specific product requirements.
Grill Basket with or without a Handle
Grill baskets are also classified by handle design, with options available both with and without handles.
A handled grill basket, sometimes referred to as a grill rack in certain applications, is convenient for lifting, moving and turning food during cooking. Handle-free models can be used with different barbecue equipment and offer a simple, compact structure.
High-Temperature Resistance
Stainless steel grill baskets are designed for high-temperature barbecue conditions. Under normal operating conditions, their metal construction can withstand grilling heat without easily melting or losing its basic shape.
This heat resistance helps the basket maintain a stable cooking surface throughout grilling and supports consistent cooking performance.
Corrosion-Resistant Stainless Steel
Stainless steel offers good corrosion resistance and helps reduce the risk of rust during normal use. Depending on the material and manufacturing requirements, grill baskets may also receive surface treatments such as galvanizing, chrome plating or nickel plating to improve resistance to corrosion and rust.
Corrosion resistance is especially useful for outdoor barbecue products that may encounter moisture during use or storage.
Food-Safe and Hygienic Design
Grill baskets intended for food preparation should be made with materials and manufacturing processes suitable for their application. Stainless steel provides a durable, clean metal surface for direct-contact grilling.
When properly manufactured and maintained, stainless steel grill baskets can be used to grill different types of food without the basket itself adding unwanted odors.
The smooth metal surface also makes routine cleaning and maintenance after grilling convenient.
Practical Grill Basket Design
Stainless steel grill baskets are available in different shapes and structures to match a range of barbecue equipment and cooking requirements.
Select from round or square shapes, flat or concave structures, and handled or handle-free models to suit your preferred cooking method. A handle can make the basket easier to operate, move and remove from the grill.
Woven Grill Basket Manufacturing
Some grill baskets are made using wire-weaving methods, including decorative weaving and crimped weaving. These processes form a firm, uniform mesh surface that can provide stable support for food while grilling.
The woven mesh openings allow heat and smoke to circulate around the food while retaining a stable cooking surface.
Welding Process for Grill Baskets
Welding is another key step in stainless steel grill basket production. Techniques such as argon arc welding can join metal wires to form a mesh panel and connect the mesh to the frame or handle.
Proper welding helps strengthen the basket structure and keeps the mesh and supporting components securely connected during handling and grilling.
BBQ Grill Basket Surface Treatment
Surface treatments can be selected according to the material and application. Common options include galvanizing, electrolytic treatment, polishing, chrome plating, nickel plating and copper plating.
These treatments can improve the basket's appearance and provide additional protection against corrosion and rust. Polishing can also help create a smoother, cleaner surface on stainless steel grill baskets.
Stainless Steel Grill Baskets for Different Foods
Stainless steel grill baskets can be used to cook a variety of foods, including meat, fish, vegetables, noodles and other barbecue items. They provide a stable surface for grilling different ingredients.
Choose a basket shape to suit the food being prepared. A concave design can help keep food inside the basket during handling, while a flat design provides a straightforward grilling surface for a range of ingredients.
The mesh lets heat and smoke reach the food while helping contain smaller pieces during cooking.
Grill Baskets for Restaurants and Catering
Stainless Steel Grill Baskets for Outdoor Activities
Barbecue equipment and cooking applications can call for different basket sizes, shapes, mesh structures and handle designs. Stainless steel grill baskets can be customized to meet customer requirements.
Customization options may include basket shape, dimensions, mesh opening, wire diameter, frame structure, handle design and surface treatment. Customers can provide drawings, dimensions or application requirements for customized grill basket production.
With suitable materials, stable mesh construction and a practical design, stainless steel grill baskets offer a convenient solution for professional food service and outdoor barbecue use.
Stainless Steel Wire Materials
Stainless steel Dutch weave wire mesh is commonly made from SUS302, SUS304, SUS304L, SUS316 and SUS316L stainless steel wire. Depending on the application, other materials, including pure nickel wire and low-carbon steel wire, can also be used.
Each material offers different levels of corrosion resistance, temperature resistance and mechanical performance. Stainless steel is widely used for filtration because it can retain stable properties across varying chemical and temperature conditions.
Resistance to Acids, Alkalis and High Temperatures
Stainless steel provides good resistance to acids, alkalis and high temperatures. It can perform reliably in different chemical environments and temperature conditions, helping reduce the risk of corrosion and material damage.
This makes stainless steel Dutch weave mesh suitable for filtration and separation equipment used in demanding industrial environments.
Dutch Weave Wire Mesh Construction
Stainless steel Dutch weave wire mesh is available in a range of weaving patterns, including plain weave, twill weave, Dutch weave and reverse Dutch weave.
Weaving method influences the mesh structure, opening size, filtration precision and mechanical performance. The appropriate pattern can be selected to suit the required filtration and separation conditions.
Mesh Count and Opening Size
Mesh count and opening size are key physical properties of stainless steel filter mesh. Available specifications can range approximately from 7 × 40 mesh to 500 × 3500 mesh.
Generally, a higher mesh count means smaller openings and finer filtration. Mesh count and opening size can be customized to meet different filtration requirements.
The fine, closely woven Dutch weave structure can deliver precision filtration that conventional square-opening wire mesh may not provide.
Width and Customized Dimensions
Stainless steel Dutch weave wire mesh is generally supplied in standard widths of 1–2 meters. Special widths and dimensions can also be customized to customer requirements.
Customized dimensions help the mesh fit a range of filtration equipment and industrial processing systems.
Smooth and Uniform Mesh Surface
Stainless steel Dutch weave mesh has a smooth surface, uniform openings and a regular weave pattern. Its standard appearance is the natural color of stainless steel, with a clean, simple finish.
A consistent mesh structure also helps provide stable filtration performance across the working surface.
High Tensile Strength Stainless Steel Mesh
Made from stainless steel wire and tightly woven into a stable structure, Dutch weave mesh offers good tensile strength.
It can withstand a certain amount of tension during installation and operation without breaking easily. This makes it suitable for filtration equipment and structural applications where the mesh must withstand tensile forces.
Wear-Resistant Dutch Weave Wire Mesh
Stainless steel wire offers good hardness and wear resistance. During filtration, the mesh may remain in contact with the filtered medium, creating friction between the material and the mesh surface.
The wear resistance of stainless steel Dutch weave mesh helps limit damage from repeated friction and can contribute to a longer service life.
Stable Structure and Resistance to Deformation
Stainless steel Dutch weave mesh has a stable woven structure and good resistance to deformation. When exposed to external forces, it can maintain its shape relatively well.
Stable mesh geometry matters in precision filtration because excessive deformation may change the opening size and affect filtration accuracy. The stable structure helps maintain consistent filtration and separation performance.
Corrosion-Resistant Stainless Steel Mesh
Stainless steel offers excellent corrosion resistance, enabling Dutch weave mesh to withstand exposure to acids, alkalis, salts and other chemical substances.
This property allows stainless steel filter mesh to operate in demanding chemical environments where ordinary metal mesh may be more vulnerable to corrosion.
Different stainless steel grades, including SUS304, SUS316 and SUS316L, can be selected based on the chemical environment and application requirements.
Oxidation-Resistant Stainless Steel Wire Mesh
Stainless steel Dutch weave mesh also provides good oxidation resistance under normal and elevated temperature conditions.
It is less prone to oxidation when exposed to air, helping reduce rust and corrosion while maintaining a clean surface and stable performance.
This makes stainless steel wire mesh suitable for applications involving long-term exposure to air, moisture or elevated temperatures.
Fine Filtration Performance
Solid-Liquid Separation
Industrial Filtration and Separation Applications
High-Quality Brass Wire Material
Brass filter mesh is primarily made from brass wire, an alloy composed mainly of copper and zinc. Its composition can be adjusted to suit different product requirements, producing variations in strength, hardness, corrosion resistance and workability.
Brass wire has a smooth metallic surface and good forming characteristics, making it suitable for weaving into fine, uniform mesh structures.
Compared with many ferrous metal meshes, brass wire mesh offers a distinctive combination of conductivity, corrosion resistance and appearance. These qualities make it suitable for filtration and specialized industrial applications.
Brass Filter Mesh for Reliable Filtration
Brass is suitable for applications that need a stable woven filtration medium. When produced with an appropriate wire diameter and mesh specification, brass filter mesh provides consistent openings for screening and filtration.
Brass wire specifications can be selected to match the required mesh strength, opening size and application environment.
Woven Brass Wire Mesh Structure
Brass wire mesh can be made with different weaving structures to suit filtration and screening requirements.
Common choices include plain weave and other customized woven structures. The weave determines how the wires are arranged and directly affects opening size, mesh stability and filtration characteristics.
A uniform weave helps maintain consistent openings across the mesh surface, making it suitable for precision screening and filtration.
Mesh Count and Opening Size
Mesh count and opening size are key specifications for brass filter mesh. A range of mesh counts can be produced for coarse screening, general filtration and finer filtration.
A lower mesh count generally has larger openings for applications involving larger particles, while a higher mesh count creates smaller openings for finer filtration.
Mesh count, wire diameter and opening size can be customized to match filtration requirements and equipment specifications.
Smooth Surface and Uniform Openings
Brass wire mesh has a relatively smooth surface and regularly arranged openings. Its uniform woven structure supports consistent filtration and screening across the working area.
The natural golden-yellow color of brass gives the mesh a distinctive metallic finish, making it suitable for applications where appearance matters alongside functional performance.
Good Strength and Structural Stability
The woven brass wire structure provides mechanical stability for filtration and screening applications. With an appropriate wire diameter and weave pattern, the mesh can retain its shape during normal installation and operation.
Brass wire cloth strength depends on material composition, wire diameter, mesh count and weaving structure. These specifications can be selected to suit the mechanical requirements of different filtration systems.
Wear Resistance of Brass Filter Mesh
Brass offers good resistance to general mechanical wear, making brass filter mesh suitable for applications involving repeated contact with filtered or screened materials.
During operation, the mesh may come into contact with particles or flowing media. A suitable brass wire specification can help preserve the woven structure and support stable filtration performance.
Easy Processing and Formability
Brass wire is workable and can be woven, cut, formed and processed into different configurations.
This makes brass wire cloth suitable for customized filtration components, screening panels, filter elements and other applications that require specific dimensions or shapes.
Corrosion Resistance of Brass Wire Mesh
Brass provides good corrosion resistance in many general operating environments. Brass filtration mesh is therefore suitable for applications requiring resistance to moisture and certain corrosive conditions.
Actual corrosion performance depends on brass composition, working medium, temperature and environmental conditions. Selecting an appropriate brass material is important for long-term use.
Stable Performance in Different Environments
Brass wire mesh can maintain stable physical properties under many normal working conditions. Its combination of corrosion resistance, mechanical stability and workability makes it suitable for a variety of industrial filtration and screening environments.
For applications involving aggressive chemicals or specialized operating conditions, evaluate the material and working environment before selecting a brass mesh specification.
Fine Filtration with Brass Wire Cloth
Screening and Particle Separation
Filtration systems have different mesh requirements. Brass filter mesh can be customized by mesh count, wire diameter, opening size, width, length and weaving structure.
When selecting brass wire mesh for a specific filtration application, consider the required particle size, filtration medium, working temperature, equipment type and installation dimensions.
Customized brass wire cloth can also be processed into different shapes or components according to drawings and application requirements, offering a practical filtration solution for industrial equipment and specialized screening systems.
Perforated metal sheet is made by forming holes in a sheet of material in a selected pattern and arrangement. Depending on the product requirements, openings can be created by punching, laser cutting or other precision processing methods.
Hole shape, size and layout influence how the sheet performs. The openings may support airflow, screening and filtration, help manage sound, or create a distinctive decorative finish. By combining the material, sheet thickness and hole design, perforated sheet can be tailored to a wide range of functional and visual requirements.
Material Options for Perforated Metal Sheet
Perforated sheets are available in a variety of metal and non-metal materials. Common metal choices include:
Stainless steel, low carbon steel, galvanized steel sheet, aluminum sheet and copper sheet.
Non-metal options, including PVC sheet, can also be supplied for specific applications.
Material selection affects the sheet’s properties and suitability for different environments. Stainless steel perforated sheet offers good rust and corrosion resistance, while aluminum perforated sheet is lightweight and relatively easy to process.
Processing and Forming
Perforated metal sheet can be further cut, bent, formed or otherwise processed to suit a project’s shape and installation requirements. The material and hole pattern can be selected to balance the desired appearance with functional performance.
Surface Finishing Options
Depending on the material and intended use, finishing options may include painting, polishing and other surface treatments. These processes can refine the sheet’s appearance and provide additional surface protection for particular applications.
Installation and Dimensional Accuracy
Perforated sheet can be manufactured with precise dimensions and consistent hole arrangements to support installation and assembly. Its relatively lightweight construction—particularly when aluminum is selected—can also make handling, transportation and installation more convenient.
With customizable hole patterns and dimensions, perforated sheet can serve both practical and decorative purposes. The selected material and finish help determine its performance and service life in a given application.
Available Perforated Metal Hole Shapes
A defining feature of perforated metal sheet is the variety of hole patterns available. Common options include:
Rectangular hole / Square hole / Diamond hole / Round hole / Hexagonal hole / Cross hole / Triangular hole / Oblong hole / Slotted hole / Flower-shaped hole / Fish-scale hole / Patterned hole / Five-point star hole / Irregular hole / Raised hole
Each pattern can provide a different combination of ventilation, filtration, screening, strength and visual character. Round and square holes are often selected for functional uses, while patterned, flower-shaped, star-shaped and irregular openings can create a more decorative effect.
Perforated Sheet Thickness and Dimensions
Available specifications depend on the material, production method and intended application. Typical specifications for perforated sheet supplied in coils include:
Thickness: approximately 0.2–1 mm
Length: approximately 20 m
Hole diameter: approximately 1.5–10 mm
For perforated sheets supplied as flat panels, typical specifications include:
Thickness: approximately 0.2–20 mm
Width: up to approximately 1.5 m
Length: up to approximately 5 m
Hole diameter: approximately 0.5–200 mm
Specifications can be customized to meet requirements for material, hole pattern, dimensions and application.
Architectural Decoration
Industrial Applications
Home Decoration
Other Applications
Welded Landscape Gabion is made primarily from high-quality low-carbon steel wire. To suit different working environments and corrosion-resistance requirements, the wire can receive electro-galvanized, hot-dip galvanized, PVC, plastic, or Galfan coating.
These surface treatments help shield the steel wire from corrosion and environmental exposure, supporting the durability of the welded gabion structure in outdoor landscaping and slope protection applications.
Automated machinery welds the steel wires together to produce the Welded Landscape Gabion mesh panels. The process forms panels with a regular structure, uniform openings, and firmly joined welds.
The front, back, and bottom panels, along with the internal partition panels, are assembled into a complete gabion box using spiral binding wire. Once assembled, the box can be filled with suitable material, including natural stone, quarry stone, or cobblestone, based on the landscape design and structural requirements.
The welded mesh surface is smooth, neat, and evenly arranged. Firm welded joints connect the wires, providing the gabion box with good structural strength.
Its regular appearance also creates a clean, organized effect. Filled with natural stone, the welded gabion can complement gardens, parks, roadsides, and other surroundings while adding a distinctive decorative feature.
The open mesh lets water pass through the Welded Gabion Box. This permeability can help relieve water pressure behind the structure and reduce risks associated with water accumulation.
Gaps between the stones can also provide suitable conditions for plant growth. As vegetation grows within and around the gabion, the installation can blend more naturally into its surroundings and contribute to ecological landscaping.
Welded Landscape Gabion is designed for convenient on-site installation. Spiral binding wire joins the welded mesh panels, enabling the box structure to be assembled before it is filled with stone.
The straightforward installation process can help reduce construction time and labor requirements. According to the supplied product information, installation can take approximately 40% less time than with hexagonal gabion mesh.
While the welded mesh is strong and stable, the overall gabion installation retains a degree of flexibility. This helps it accommodate some ground movement or foundation deformation.
In outdoor landscaping, riverbank, slope, and other exposed applications, Welded Landscape Gabion can withstand natural environmental effects and changing weather conditions.
Welded Gabion for Park Landscaping
Welded Landscape Gabion for Urban Landscaping
Welded Gabion for Garden and Courtyard Decoration
Welded Gabion for Slope Protection and Greening
Welded Landscape Gabion for Natural and Modern Landscapes
Explore our range of wire mesh and fencing products for construction, industry, agriculture, security and infrastructure.
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Mesh Types
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Applications
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Support Lines
Senhong operates looms and welding lines with a complete inspection system. High-grade materials and controlled production ensure consistent quality across the mesh range, backed by product selection guidance and technical support.
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