these lamps usually reflects transitional design strategies

They will exhibit these materials as part of their growing family of industry-leading LEDlighting solutions. The company will conduct live demonstrations at its booth to spotlight how silicones can increase efficiency, expand LED design options and provide greatly improved processability, underscoring how these products are fast becoming the materials of choice in critical lamp and luminaire applications.The lighting industry is demanding greater brightness from increasingly smaller and more compact Wholesale Led high bay light, causing lamps and luminaires to become progressively hotter,”said Hugo da Silva, global industry director, Next-Generation Lighting at Dow Corning.“Heat is the enemy of LED performance, reliability and lifetime,and our new innovations will raise the bar with cost-effective options for combatting these higher temperatures. Combined with our extensive portfolio of high-performance silicone adhesives, coatings, encapsulants and optical solutions for LEDs, we will demonstrate at our booth how Dow Corning’s silicone technologies are helping the industry overcome design challenges to pioneer next-generation, high-brightness LED lamps and luminaires.”
Dow Corning’s planned new-product introduction at LFI 2013 will encompass foursilicone-based materials designed to improve performance and reliability of LED lighting through enhanced thermal management. They will enable LED designers and original equipment manufacturers (OEMs) to integrate multiple functions into fewer parts, or to incorporate smaller or more complex features. The new materials expand manufacturing options to help LED lamp and luminaire OEMs potentially lower the total cost of ownership of their products.Dow Corning’s exhibit will also feature three demonstration stations that illustrate the many performance benefits the company’s silicone technologies provide to the LED lamp and luminaire industry. The first station will demonstrate the proven efficiencies that silicones can offer to LED light output. Station two will showcase the tremendous design flexibility Dow Corning’s materials offer; and the third station will spotlight the exceptional processability of silicones with live demonstrations of an injection molding machine producing optical silicone components. These benefits and the advantages silicones offer vs. traditional materials will also be showcased in a wide array of demanding lamp and luminaire applications.

In addition to these activities, Dow Corning experts will be on hand at LFI 2013 to discuss how silicone technology is driving new advances in LED design and manufacturing.The red dot is the international prize for high design quality. The competition’s jury only awards the sought-after seal of excellence to products that set themselves apart significantly from comparable products in design innovation, functionality and ecological compatibility.Many LED lamps based on first generation, foreign substrate Agent of floodlight must overcome significant thermal management and optical hurdles, because they require multiple light sources that must be kept cool in order to generate enough light and last long. Consequently, the look of these lamps usually reflects transitional design strategies that are less than optimal, such as the “shower head” face and optics, and sometimes a mechanical fan.