Materials and Craftsmanship
Steel Selection: The main body is constructed from Q235 low-carbon cold-drawn steel wire or high-zinc steel strip, with a yield strength of 300-550MPa, capable of withstanding significant loads, particularly suitable for industrial applications.
Structural Design:
Steel fencing: Available in W-profile and D-profile sections. The W-profile features a triple-pointed tip (Triple Point) for enhanced anti-climb performance, while the D-profile adopts a traditional curved shape.
Beams and Posts: Utilize angle steel (e.g., 50×50mm) or square tubes (e.g., 100×55mm) as structural supports. Posts can be H-shaped or square-sectioned to accommodate varying terrain elevations.
Reinforcement Design: Some panels incorporate four horizontally bent reinforcing ribs, significantly improving impact resistance.
Modular Design
Steel Palisade fence, beams, and posts are connected via bolts, eliminating the need for on-site welding and enabling rapid assembly/disassembly, reducing construction complexity and costs.
A variety of heights (1.2-3.0 meters) and widths (2.0-2.75 meters) are available, with customizable colors (e.g., RAL standard palette) and panel styles to meet specific requirements.
Core Advantages
Exceptional Longevity
Hot-dip galvanized steel fence offer a warranty period exceeding 10 years, with some products lasting up to 20 years, drastically reducing maintenance frequency compared to conventional fencing.
The anti-corrosion coating resists environmental degradation from UV rays, acid rain, and other corrosive elements, making it ideal for coastal areas, chemical plants, and other high-corrosion environments.
The modular design allows for swift installation by a two-person team without heavy machinery, shortening project timelines.
While initial costs may exceed those of standard fencing, long-term maintenance expenses are minimized, delivering a compelling total cost of ownership (TCO) advantage.
Environmental Adaptability
Terrain Flexibility: Adjustable post-to-ground connections accommodate slopes and uneven terrain, suitable for mountainous, flat, or varied landscapes.
Lightweight Design: Compared to concrete structures, it reduces foundation load requirements, simplifying installation in geologically challenging areas.