Case study
Optimizing LED heat management with Makrolon®
Traditionally, aluminum was used in LED luminaire heat sinks, but its weight, appearance and tendency to corrode made manufacturer, SLP Lighting seek out a better alternative for its new CircLED™ product. They opted for our Makrolon® TC polycarbonate, developed specifically for LED applications.
Case study · April 4, 2019
Identify a better solution for LED heat sinks
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With the drawbacks of aluminum in mind, SLP Lighting (opens in a new tab) needed to identify a more efficient heat sink material for its new CircLED™ product, an 18-inch round high bay fixture for auditoriums, exhibit halls, factories, distribution centers and warehouses.
Cope with thermal management for up to 200W LED
The design objective was to use the CircLED™ housing as the heat sink for the lighting luminaire. To be effective it had to be capable of thermal management an LED engine of up to 200 watts.
Now there’s a way to build a heat sink into the design: Makrolon®
SLP Lighting selected Makrolon® TC polycarbonate for the CircLED™ heat sink as the material was created especially for LED applications. It provides high thermal conductivity for maintenance of an acceptable steady state temperature and the material is also lightweight. We worked closely with SLP Lighting on part and mold design, provided CAE thermal simulations, and did physical testing to validate material performance.
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Why Makrolon® TC was the right solution for SLP Lighting
Specialized:
Designed to provide high thermal conductivity for LED applications.
Design freedom:
Lets you create non-traditional shapes and optimize joining techniques.
Lightweight:
Reduces the weight of LED luminaires.
Versatile:
Can be used to in-mold LEDs on heat sink-assembly circuit board to reduce costs.
Flame retardant:
Has Underwriters Laboratories 94 flame class rating of V-0 at 2.0 mm.