– Three bracket types provide versatility when installing panels.
– All-around brackets provide the simplest installation option and work on terminal and line posts.
– Multiple sizes are available and customizable.
– Professional packaging ensures the safe transportation of products.
– Special pricing is available for bulk orders.
Black Prism Mounting Bracket redefines precision in 3D fence panel installations, blending structural integrity with minimalist design for modern architectural fencing systems. Designed for seamless integration with 60 × 60 mm posts, these brackets utilize M6 screws (with discreet screw head caps) to secure 3D panels without compromising their geometric profiles. Black Prism Mounting Bracket is similar to 358 Mesh Clips, ideal for urban landscapes, luxury residential enclaves, or commercial façades demanding both form and function.
Crafted from heavy-gauge steel with a matte-black powder coating, the brackets resist corrosion and UV degradation, ensuring silent durability in coastal properties, high-humidity zones, or industrial complexes. The 60 × 30 × 20 mm compact profile and pre-engineered 8 mm mounting holes allow contractors to achieve tool-free assembly.
We ensure every kit arrives pre-packed with self-tapping screws, bolts, and nuts, minimizing on-site waste and accelerating project timelines. Whether anchoring 3D panels to steel posts in a high-rise terrace or framing a sculptural garden partition, these brackets exemplify engineering precision tailored to elevate design. At the same time, as a professional fence manufacturer, we can customize products including size, material, color, and craftsmanship according to customer needs or usage scenarios.
Three bracket types—All-Around, Line, and Flat”U” Mount—adapt to diverse scenarios:
Overall Length | 60 mm |
Overall Width | 30 mm |
Overall Height | 20 mm |
Hole Diameter | 8 mm |
Color | Black, or Customized |
Material | Steel |
Finish | Powder Coating |
Designed for seamless integration with fence posts to secure 3D panels without compromising their geometric profiles.