Industrial LED Lighting Blog for Safer, Smarter Projects

When every decision impacts safety and efficiency, the right lighting partner makes all the difference. The Maes Lighting Blog delivers the knowledge you need to move projects forward with confidence. From explosion proof LED lighting for hazardous oil and gas sites, to marine rated fixtures that withstand corrosion and vibration, to NSF certified food processing lights and high temperature LEDs built for furnaces and foundries, we cover it all. Each article connects proven field insights with product solutions that cut energy costs, simplify compliance, and extend equipment life. If you are planning your next retrofit or specifying fixtures for new construction, this is your hub for strategies that save time, protect workers, and maximize ROI. Explore the latest posts below, or connect with our team to put these solutions to work on your site.

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Maes Lighting Blogs

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More Than a Blog: Real-World Applications

The best way to understand industrial lighting is to see it in action. At Maes Lighting, we pair every article with proven field results that show how our solutions perform in real projects. From oil and gas facilities upgrading to Class 1 Division 2 fixtures, to marine vessels in Alaska running corrosion-resistant flood lights, to food processing plants meeting NSF and IP69K washdown standards, our case studies prove that the right LEDs cut downtime, lower energy bills, and improve safety across industries.

Project Case Studies, real installations and measurable results across oil and gas, marine, food processing, and high temperature, View Projects
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Industrial LED Lighting FAQs

What is explosion proof lighting and when is it required?

Explosion proof lighting is built to contain internal sparks so they do not ignite surrounding gases or dust. It is required in classified hazardous locations such as C1D1, C1D2, C2D1, and C2D2 areas.

What is the difference between Class 1 Division 1 and Class 1 Division 2?

C1D1 covers locations where flammable gas or vapor is present during normal operations. C1D2 covers areas where gas is present only under abnormal conditions such as leaks or maintenance events.

How do UL844 listings and T ratings work for hazardous locations?

UL844 verifies construction for hazardous locations. T ratings limit the maximum surface temperature of the fixture so nearby vapors remain below ignition. Always match T code to your ambient temperature and process chemistry.

What makes UL 1598A Marine fixtures different?

UL 1598A Marine adds corrosion resistance, vibration tolerance, and sealed construction for shipboard and dockside environments. Housings, fasteners, and gasketing are designed for salt fog and spray.

Which lights are best for food processing plants?

Look for NSF and IP69K rated fixtures with smooth housings and sealed lenses. These withstand clean in place washdowns and resist bacterial harborage in wet production zones.

Can LED fixtures operate in high temperature environments?

Yes, select models are rated for 60 to 80 C, 100 C, or higher. Use correct driver placement, thermal paths, and spacing to preserve lifetime in furnaces, glass, and foundry bays.

Do you provide photometric layouts and foot candle targets?

Yes, share drawings, mounting heights, ambient details, and target foot candles. We return a code minded layout with maintained illuminance, uniformity, parts list, and spacing or aiming notes.

How do vapor tight fixtures compare to high bays in wet areas?

Vapor tight fixtures with IP66 or NEMA 4X excel in wet or corrosive corridors and wash zones. High bays suit open production or warehouse spaces where higher mounting and wider optics are needed.

Get Expert Help With Your Industrial Lighting Project

Send us your drawings, photos, and classification details. Our team will match explosion proof, marine, food processing, vapor tight, high temperature, high bay, and emergency fixtures to your environment, then provide a maintained illuminance plan and a parts list.