1. Core Categories and Applications
Material Categories:
Galvanized Mesh: Made of low-carbon steel wire welded and then hot-dip galvanized, it offers excellent corrosion resistance and is commonly used for wall reinforcement (e.g., plaster reinforcement).
Stainless Steel Mesh: Made of 304/316L steel, it is suitable for humid environments (e.g., basements and coastal buildings) and can be used as drainage panels or filter layers.
Reinforced Mesh: Made of 6-14mm diameter steel bars welded into a grid. It is used in concrete slabs and bridge pavements to enhance structural load-bearing capacity.
Structural Categories:
Welded Mesh: Automated welding produces uniform mesh openings (common sizes are 5cm×5cm and 10cm×10cm). It is used for infill walls and slope protection.
Diamond Weave: Made of steel wires woven into a diamond-shaped pattern, it offers excellent flexibility and is suitable for temporary protective fencing or foundation pit slope support.
Typical Applications:
Wall Projects: Replaces traditional brick walls as lightweight partitions, expanding usable area by 10%-15% while also providing sound insulation and earthquake resistance. Ground engineering: Heat dissipation support layers in floor heating systems or crack-resistant reinforcement layers in road bases.
Protection engineering: Highway guardrails and construction site isolation fencing, combined with razor wire for enhanced safety.
Guardrail Panel Core Information
Guardrail panels are road safety protection devices made of metal. Most commonly, they feature a corrugated structure (corrugated guardrail panels) and are fixed to pillars through splicing. Their core function is to absorb collision energy, guide traffic, and prevent vehicles from running off the road or into oncoming lanes. They are a core component of highway and municipal road safety. I. Core Categories
1. Material Categories
Carbon Steel Guardrail (Q235 low-carbon steel, hot-dip galvanized and electrostatically sprayed, cost-effective, mainstream application)
Stainless Steel Guardrail (304/316L, corrosion-resistant, suitable for coastal areas and humid, salt-fog areas)
Aluminum Alloy Guardrail (lightweight, rust-resistant, aesthetically pleasing, suitable for landscape roads and urban branch roads)
2. Structural Categories
Double-Wave Guardrail (conventional, wave height 85mm, suitable for roads with speeds ≤ 80 km/h)
Triple-Wave Guardrail (reinforced, wave height 85mm, plate width 506mm, suitable for highways with speeds ≥ 100 km/h)
Reinforced Guardrail (thickened plate or increased column density, suitable for dangerous sections such as sharp bends, steep slopes, and bridge approaches)
3. Application Scenario Classification
Road-Specific Type (Expressways, Provincial Highways, County Roads, Rural Roads)
Site Protection Type (Roads in factories, scenic areas, and industrial parks, focusing on regional isolation and light protection)
II. Core Features
1. Safety Protection
The corrugated structure disperses collision impact force, reducing damage to vehicles and personnel, and preventing rollovers or falls.
Its steering function guides vehicles back to their original lane after a collision, preventing secondary accidents.
No sharp corners and smooth edges minimize secondary damage after a collision.
2. Weather-Resistant and Practical
The surface is hot-dip galvanized (zinc layer thickness ≥ 85μm) and spray-coated for corrosion and UV resistance, with a service life of 10-15 years.
It withstands harsh outdoor environments such as high and low temperatures, rain, snow, and wind, and is resistant to deformation and fading.
The modular design allows for easy installation and rapid repairs and replacements.
3. Practical Value
Low maintenance costs; localized damage can be replaced individually without complete demolition.
Customizable specifications (plate thickness, corrugation, and length) to suit different road grades and protection requirements.
Sturdy structure, strong load-bearing capacity, and can withstand impacts from large vehicles.
III. Typical Application Scenarios
Expressways, Class I/II Highways: Central medians, roadside protection.
Municipal Roads: Safety isolation and protection for urban trunk roads, expressways, and branch roads.
Special Roads: Rural roads, scenic areas, factory roads, tunnel entrances and exits, bridge approaches.
Site Protection: Vehicle isolation in industrial parks, logistics parks, and large parking lots.
IV. Common Technical Parameters
Parameters
Common Specification Range
Plate Type: Double corrugation (4320mm × 310mm × 85mm), Triple corrugation (4320mm × 506mm × 85mm).
Plate Thickness: 2.5mm, 3.0mm, 4.0mm (primarily carbon steel).
Column Specifications: 114mm × 4.5mm, 140mm × 4.5mm Round Tube (Carbon Steel / Stainless Steel).
Surface Treatment Hot-dip galvanizing, hot-dip galvanizing + electrostatic powder coating (colors: blue, green, gray, etc.)
Joint methods: Bolt connection (anti-theft bolts), flange fixing
Holland Mesh/Wave Mesh Fence Core Information
Holland Mesh, also known as wave mesh or Dutch mesh fence, is a flexible protective mesh made primarily of low-carbon steel wire, welded and then rolled into a wavy shape. It combines cost advantages, easy installation, and practical protection, making it widely used in aquaculture, protection, and isolation applications. I. Core Categories
1. Material Categories
Low-carbon steel wire (mainstream material, cost-effective, suitable for most common applications)
Stainless steel wire (304/316L, corrosion-resistant, suitable for humid/coastal environments)
Aluminum alloy wire (lightweight and rust-resistant, suitable for temporary protection or landscaping)
2. Surface Treatment Categories
Hot-dip galvanizing (strong corrosion resistance, long service life, suitable for long-term outdoor use)
Electrogalvanizing (lower cost, moderate rust resistance, suitable for indoor or dry environments)
PVC/PE coating (rich colors, rust-resistant and aesthetically pleasing, suitable for aquaculture/landscape applications)
3. Specification Categories
By mesh size: 5cm×5cm, 6cm×6cm, 8cm×8cm (common specifications)
By wire diameter: 1.8mm-3.5mm (thicker wire diameter, higher protection strength)
By width: 1m-2.5m (standard width, customizable)
II. Core Features
1. Structural Advantages
The wavy structure offers strong flexibility, impact resistance, and resistance to deformation and breakage.
Electroweled construction ensures a uniform and strong mesh with excellent overall stability.
Can be shipped in a roll, making it compact and easy to carry and store.
2. Performance
Easily installed, requiring no complex tools, and can be quickly stretched and secured.
Excellent weather resistance, suitable for outdoor environments such as high and low temperatures, rain, and snow.
Lightweight, suitable for installation on irregular terrain such as mountainous and sloping land.
3. Practical Value
Affordable cost, high performance, and suitable for large-scale installation.
Customizable specifications (wire diameter, mesh size, width, and length).
Wide range of applications, providing both protective and isolation functions, and high reusability.
III. Typical Application Scenarios
1. Farming
Poultry/Livestock: Fencing chickens, ducks, cattle, and sheep to prevent escape and predator invasion.
Aquaculture: Fencing fish ponds, shrimp ponds, and crab ponds to demarcate breeding areas.
2. Protective Isolation
Site Protection: Fencing orchards, vegetable gardens, and nurseries to prevent livestock damage
Area Isolation: Temporarily isolating factories, residential areas, and construction sites to divide functional areas
Road Protection: Protecting both sides of rural roads and scenic area roads to prevent pedestrians and animals from entering
3. Other Scenarios
Landscaping: Slope greening, lawn protection, and plant stabilization
Temporary Protection: Fencing demolition sites and construction areas for rapid isolation
River Guardrail Core Information
River guardrails are safety and isolation facilities installed along river banks, along embankments, and on waterfront platforms. Their core function is to prevent people and vehicles from falling into the water, while also providing aesthetic and ecological benefits. They are a key component of water conservancy projects and urban river management. I. Core Categories
1. Material Categories
Stainless Steel Guardrail (304/316L, corrosion-resistant, suitable for humid/coastal waterways)
Carbon Steel Guardrail (Q235 low-carbon steel, hot-dip galvanized + plastic-sprayed, cost-effective)
Aluminum Alloy Guardrail (lightweight and rust-resistant, suitable for landscape waterways)
Composite Guardrail (FRP/PVC, environmentally friendly and corrosion-resistant, suitable for ecological restoration projects)
2. Structural Categories
Beam-Post Guardrail (post + beam + vertical bar, stable structure, mainstream type)
Panel Guardrail (integrated panel de Holland Mesh/Wave Mesh Fence Core Information
Holland Mesh, also known as wave mesh or Dutch mesh fence, is a flexible protective mesh made primarily of low-carbon steel wire, welded and then rolled into a wavy shape. It combines cost advantages, easy installation, and practical protection, making it widely used in aquaculture, protection, and isolation applications. I. Core Categories
1. Material Categories
Low-carbon steel wire (mainstream material, cost-effective, suitable for most common applications)
Stainless steel wire (304/316L, corrosion-resistant, suitable for humid/coastal environments)
Aluminum alloy wire (lightweight and rust-resistant, suitable for temporary protection or landscaping)
2. Surface Treatment Categories
Hot-dip galvanizing (strong corrosion resistance, long service life, suitable for long-term outdoor use)
Electrogalvanizing (lower cost, moderate rust resistance, suitable for indoor or dry environments)
PVC/PE coating (rich colors, rust-resistant and aesthetically pleasing, suitable for aquaculture/landscape applications)
3. Specification Categories
By mesh size: 5cm×5cm, 6cm×6cm, 8cm×8cm (common specifications)
By wire diameter: 1.8mm-3.5mm (thicker wire diameter, higher protection strength)
By width: 1m-2.5m (standard width, customizable)
II. Core Features
1. Structural Advantages
The wavy structure offers strong flexibility, impact resistance, and resistance to deformation and breakage.
Electroweled construction ensures a uniform and strong mesh with excellent overall stability.
Can be shipped in a roll, making it compact and easy to carry and store.
2. Performance
Easily installed, requiring no complex tools, and can be quickly stretched and secured.
Excellent weather resistance, suitable for outdoor environments such as high and low temperatures, rain, and snow.
Lightweight, suitable for installation on irregular terrain such as mountainous and sloping land sign, strong protection, suitable for areas with high traffic volume)
Cable Guardrail (flexible cable structure, good cushioning, suitable for long-distance waterways)
Eco-Guardrail (prepared for planting, suitable for ecological restoration projects)
3. Functional Classification
Safety Protection (High protection level, fall prevention, and impact resistance)
Landscape Decoration (Various designs, suitable for urban landscapes and rivers)
Ecological Adaptability (Balances protection and ecological circulation, protecting the aquatic environment)
II. Core Features
1. Safety Protection
Protective height ≥ 1.1m, vertical bar spacing ≤ 11cm, to prevent children and objects from falling
Strong impact resistance, able to withstand crowds and minor collisions
No sharp corners, smooth edges to prevent accidental scratches
2. Weather Resistance
Humidity and corrosion resistance, suitable for the high humidity and high moisture environment of rivers
UV and aging resistance, long-term use and resistance to deformation and fading
Adaptable to irregular terrain such as slopes and curves, and installed flush with the riverbank
3. Practical Features
Easy installation, supporting pre-embedded and flange-mounted installations.
Low maintenance costs, durable surface coating, and easy cleaning.
Customizable specifications (height, spacing, shape, and color) to suit diverse scenarios.
III. Typical Application Scenarios
Urban Rivers: Municipal river banks, waterfront platforms, and riverside promenades.
Water Conservancy Projects: Reservoir embankments, irrigation channels, and flood control dikes.
Landscape Areas: Wetland parks, riverside parks, and ecological corridors for decorative protection.
Rural Rivers: Rural water conservancy management and agricultural irrigation channel safety isolation.
