Explosion Proof Light Supplier & Manufacturers for the Azerbaijan Market

Ex d (Flameproof): The luminaire housing is engineered to withstand an internal explosion of combustible gas without allowing flames or hot gases to escape into the external hazardous atmosphere. Ex d is required for high-risk Zone 1 environments such as drilling rig floors and refinery cracking towers.
Ex e (Increased Safety): The luminaire is designed to prevent internal arcs, sparks, or dangerous surface temperatures from occurring altogether during normal operation. Ex e is often specified for Zone 2 access walkways, storage yards, and control building perimeters across SOCAR and international contractor sites.

High concentrations of $H_2S$ combine with humidity to form highly acidic atmospheric condensate that degrades aluminum standard coatings and silver-plated LED leadframes. Our explosion-proof lights utilize copper-free aluminum alloy bodies, gold-plated wire bonding, gas-tight silicone seals, and multi-layer fluorocarbon powder coats, preventing chemical embrittlement and electrical corrosion.

Yes. In addition to international IECEx and European ATEX test reports, we supply fully validated EAC Ex documentation compliant with Technical Regulation TR CU 012/2011. This guarantees smooth customs clearance at Baku ports and full regulatory approval for use in Azerbaijan industrial projects.

Temperature classes (T1 through T6) define the maximum surface temperature allowed on any exposed part of the luminaire. For refined hydrocarbons and volatile organic compounds (VOCs) commonly found in Baku tank farms, a T6 rating (max surface temp 85°C) or T5 rating (max 100°C) is standard to ensure ignition safety regardless of ambient thermal conditions.

Yes. Standard industrial LED fixtures experience rapid light loss and driver failure above 50°C. Our specialized high-temperature series uses remote driver mounting options, pure copper thermal heat pipes, high-temp fluorosilicone gaskets, and ceramic-substrate LEDs, allowing continuous, stable lumen output in high ambient zones up to 100°C (with custom builds reaching up to 150°C–300°C).

You can request complete IES/LDT photometric profiles by submitting your project specifications directly via our contact link below or emailing our technical engineering team at [email protected]. We generate full 3D Dialux layout reports detailing illuminance levels (lux), power consumption, and mounting arrangements free of charge.