OEM Industrial High Heat Lights Factories & Supplier

Commercial LED fixtures are generally certified only up to 40°C or 45°C. Any continuous environment where ambient temperatures exceed 55°C (such as roof decks of foundry bays, cement drying sheds, and glass kilns) causes standard driver components to fry within months. True high-heat lights feature rated operations from 80°C (176°F), 100°C (212°F), 150°C (302°F), up to active engineered solutions at 300°C (572°F).

Electronic drivers are the most heat-sensitive link. For conditions exceeding 80°C–100°C, we separate the driver box from the luminaire body via high-temperature silicone/Teflon umbilical cabling. The driver can be placed 10 to 50 meters away in an ambiently cooler zone, protecting power electronics while leaving only the heat-tolerant LED emitter and copper cooling array in the extreme heat zone.

Our Shenzhen engineering center provides end-to-end optical validation. Clients provide CAD drawings, target lux levels, and mounting heights; our team generates complete Dialux / AGi32 photometric simulation reports, specifying polar curves, isolux contours, glare ratings (UGR), and exact fixture quantities required to ensure workplace safety.

Yes. Our heavy-duty industrial housings receive multi-stage chromate conversion treatments followed by electrophoretic fluorocarbon powder coatings tested for 1,000+ hours of continuous ASTM B117 salt spray exposure. The glass optics use high-purity tempered borosilicate glass that will not react with acidic or sulfuric atmospheric gases common in smelters and chemical processing.

Standard OEM production runs (50 to 500 units) ship within 18–25 calendar days. For bespoke engineering modifications—such as custom mounting yokes, specialized input voltages (120-277V, 347-480V, or low-voltage DC), or custom optical distribution—first article prototypes are ready within 12–15 business days.