High Security Airport Metal Fencing Suppliers and Factory in China
Our professional Airport Metal Fencing is a high-security perimeter solution engineered specifically for the rigorous demands of aviation environments. Constructed from premium low carbon steel wire welded panels and reinforced with robust steel pillars, this system provides an impenetrable barrier that integrates seamlessly with critical airport infrastructure to ensure maximum site safety.
Designed for superior impact resistance and anti-climbing capabilities, the system features a signature V-shaped top support integrated with high-tensile razor wire or barbed wire. This synergistic combination of heavy-duty welded mesh and deterrent toppings offers an economically priced yet highly effective security perimeter for airports, military bases, and high-risk industrial zones.
Detailed Parameters
| Mesh Size | 50x100mm / 55x100mm | Wire Thickness | 4.00mm / 4.50mm / 5.00mm |
|---|---|---|---|
| Surface Treatment | Galvanized + PVC Coated | Panel Width | 2.50m / 3.00m |
| Fence Height | 2000mm to 3700mm | V-Panel Height | 530mm / 630mm / 730mm |
| Post Profile | 60x60mm Square Tube | Wall Thickness | 2.0mm / 2.5mm |
| Post Length | 2700mm / 3100mm / 3600mm | Post Accessories | Base Plate & Rainhat available |
Key Advantages
High Impact Resistance
Heavy-duty welded low carbon wire ensures the fence can withstand significant physical pressure without deformation.
Long-term Durability
Dual-layer Galvanized and PVC coating provides exceptional protection against corrosion and oxidation in outdoor climates.
Anti-Climb Design
The integrated V-shaped top support with razor wire creates a formidable deterrent against unauthorized entry.
Professional Aesthetics
Clean lines and uniform coating provide a professional look that suits modern airport and industrial landscapes.
Full Visibility
The open wire mesh design allows security personnel to maintain clear lines of sight across the entire perimeter.
Cost-Effective Security
Optimized material usage provides high-grade perimeter protection without excessive installation costs.
Product Gallery
Management Platforms
Inventory Control
Precise tracking of panel sizes and post specifications for rapid deployment.
Custom Fabrication
Tailored wire thickness and height adjustments to meet specific airport regulations.
Quality Assurance
Rigorous testing of weld strength and PVC coating adhesion for every batch.
Logistics Optimization
Efficient packaging of V-panels and Y-posts to reduce shipping costs and transit damage.
Accessory Integration
Synchronized supply of razor wire, barbed wire, and rainhats for complete installation.
Installation Support
Detailed technical guidelines for anchoring Y-posts and securing panel mesh.
Investment Return Comparison
| Feature | Standard Chain Link | Airport Metal Fence | Concrete Wall |
|---|---|---|---|
| Initial Cost | Low | Moderate | High |
| Security Level | Basic | High (Anti-Climb) | Very High |
| Installation Speed | Fast | Moderate | Very Slow |
| Maintenance | Frequent | Low (PVC Coated) | Low |
| Visibility | High | High | None |
Frequently Asked Questions
Our fences are manufactured using low carbon steel wire that undergoes a galvanization process followed by a high-quality PVC coating, ensuring maximum protection against moisture and salt spray.
The V-shaped support allows for the secure installation of razor wire or barbed wire at an angle, making it extremely difficult and dangerous for intruders to climb over the perimeter.
Yes, we offer various heights from 2000mm up to 3700mm and panel widths of 2.50m or 3.00m to suit the specific security needs of your facility.
The Y-posts feature a 60x60mm profile with wall thickness options of 2.0mm or 2.5mm, available in lengths of 2700mm, 3100mm, and 3600mm to match the fence height.
Absolutely. Due to the open wire mesh design, wind passes through the fence easily, reducing wind load on the posts and ensuring structural stability during storms.
We provide base plates for secure anchoring and rainhats (plastic or metal) to prevent water ingress into the posts, extending the lifespan of the structure.
