The mounting bracket is designed to provide a secure, stable, and flexible installation solution for BOKN UFO High Bay Lights. Suitable for both wall and ceiling mounting, this bracket allows precise positioning of the luminaire to achieve optimal lighting performance in industrial and commercial environments such as warehouses, workshops, factories, gyms, and logistics centers.

Manufactured from high-quality powder-coated steel, the bracket offers excellent strength, durability, and long-term corrosion resistance. The adjustable tilt angle enables accurate light direction adjustment, making it ideal for applications requiring targeted illumination across different work areas.

Custom-made Mounting for BOKN 150W & 240W
This bracket is precisely designed for the UFO BOKN 150W and 240W high bay light. It ensures a secure connection between the light and the mounting surface, regardless of whether you prefer wall or ceiling mounting. The design guarantees a firm hold, even with high-powered lights.

Flexible Mounting Options
The variable bracket allows you to position the BOKN 150W and 240W high bay light precisely as required by your lighting situation. Thanks to the adjustable angle, the light can be directed with precision – perfect for large industrial halls, warehouses, or workshops with different work zones.

High-quality Workmanship for Maximum Stability
The bracket is made of powder-coated, high-quality steel and boasts impressive load-bearing capacity. The durable surface protects against wear and rust, ensuring long-term use even in demanding operating environments.

Quick and Easy Assembly
The well-designed construction makes installation considerably easier. Pre-drilled mounting points and a stable swivel system ensure simple and secure installation of your BOKN 150W and 240W high bay light – without much effort or additional tools.

Permanently Weather-resistant
The corrosion-resistant surface makes the bracket durable and low-maintenance. It is suitable for both dry indoor areas and sheltered outdoor areas, where it reliably retains its stability and load-bearing capacity.