The ORTECH Suspending Kits are engineered to provide a reliable and secure suspension system for vapour tight LED fixtures that are commonly installed in demanding environments. By lowering the fixture from the ceiling plane, these kits help improve light distribution patterns, allowing the sealed LED luminaire to cast a broader, more even spread of illumination across the room — particularly beneficial in spaces with higher ceilings where surface-mounted fixtures may not deliver adequate coverage at the task level.
Constructed from high-quality, corrosion-resistant materials, these suspension components are built to perform in the same tough conditions as the vapour tight fixtures they support. Since vapour tights are typically IP-rated for wet and damp locations — think unheated garages, car washes, covered outdoor areas, and food preparation zones — the hanging hardware is designed to withstand moisture, temperature fluctuations, and the rigours of everyday use without degrading over time.
From a compliance standpoint, these kits meet the rigorous requirements expected in the Canadian marketplace, including cUL and CSA approval. This ensures that every component in the suspension assembly has been tested and listed for safe use in both residential and commercial electrical installations. When paired with ORTECH's energy-efficient vapour tight LED fixtures, which feature selectable color temperature and high CRI ratings, you get a complete overhead lighting solution that is both code-compliant and performance-driven.
Installation is designed to be straightforward and tool-friendly, with included hardware and a simple attachment mechanism that connects securely to the vapour tight fixture's housing. Whether you are retrofitting an older space that previously used outdated fluorescent strip lights or setting up a brand-new installation, these suspension kits eliminate the need for custom rigging or improvised hanging solutions. The result is a clean, professional overhead mount that keeps your sealed LED fixture stable, level, and positioned at the ideal height for maximum energy-efficient lighting performance.
