Resources | White Papers | Intelligent Buildings | Smart Lighting | Jun 01, 2018

WHITE PAPER - Intelligent Buildings: Smart Lighting as the Backbone for Buildings Automation

With a growing focus on human-centric workspaces, building owners and operators are looking beyond energy efficiency, and considering smart lighting as the backbone for advanced building automation applications.

Optical grade epoxies, silicones, and UV curable compounds offer engineers great versatility for bonding, sealing, coating, and encapsulation applications. These systems adhere well to diverse substrates, and offer excellent temperature resistance, stress relief, and protection from moisture and other corrosive elements. These materials play an integral role not only in conventional fiber optics and optoelectronics systems, but also in various specialty medical, military, and aerospace devices.

Download this white paper and learn:

  • Advanced applications based on a smart lighting system
  • Critical factors for a successful smart lighting deployment
  • Arm’s processor technology and Mbed IoT platform enable chip-to-cloud security

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The White Paper 

 

Provided by arm, USA
White Paper Sponsor

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Supported by LED professional (c) 2018
The global information hub for lighting technologies.

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Light Diffusing Polyurethane LED Potting Compound

Light Diffusing Polyurethane LED Potting Compound UR5635 light diffusing polyurethane LED potting compound is a two-part, semi-rigid polyurethane resin which has been formulated to have a light diffusing effect. Its cloudy appearance offers a unique light diffusion effect which has seen UR5635 used to great success as an LED potting compound for ... Read more »

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Epoxy Features Very Low Coefficient of Thermal Expansion

Epoxy Features Very Low Coefficient of Thermal Expansion Master Bond EP30LTE-2 has been developed for joining dissimilar substrates exposed to thermally or mechanically induced stresses. It can be used for sealing, coating and encapsulating, especially for small to medium sized castings where a very low coefficient of thermal expansion (CTE) is required. Read more »

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