Symmetrical Concave Post Steel Fence Secure and Low-Maintenance Perimeter

Symmetrical Concave Post Steel Fence also known as Shengbang yulida steel fence features a stylish concave arc design, offering consistent visual appeal from both sides. Made from high-strength DX51D+Z profiles, it is durable and highly resistant to corrosion. The secure connection system with stainless steel pins enhances anti-theft protection. Its adjustable design makes installation easy on various landscapes. The advanced coating ensures a smooth finish and extra protection, and it comes with a ten-year anti-corrosion warranty for lasting reliability.

The Symmetrical Concave Post Steel Fence features an elegant symmetrical concave arc design, offering a beautiful curvature when viewed from the front. This unique design ensures a consistent visual effect from both inside and outside the factory boundary.

Manufactured using high-strength DX51D+Z profiles, this fence boasts exceptional durability and a long service life. The material provides superior anti-corrosion properties, making it suitable for long-term use in various environments.

Concave Arc Design FenceSymmetrical Arc Post Steel FenceSymmetrical Bend Post Steel Fence

The fence posts and panels are connected using a multi-function connection kit and special stainless steel positioning pins. This design enhances the fence’s anti-theft performance, ensuring the security of the enclosed area.

The fence can be adjusted steplessly to accommodate different angles and slopes, allowing for simple and attractive installation. This flexibility makes it suitable for a variety of landscapes and settings.

The surface of the fence is treated with international advanced nano-ceramic and electrostatic powder coating technology. This results in a smooth and delicate finish, enhancing the fence’s aesthetic appeal and providing additional protection against the elements.

Customers are provided with a ten-year anti-corrosion warranty, ensuring peace of mind and confidence in the product’s longevity and performance.