GlacialLight LED Flood Lighting For Adverse Environments - GL-FL180

Top Quote GlacialLight introduces GL-FL180 Flood Light, ideal for adverse environments. GL-FL180 features stainless steel skidproof screws and phase-change metal thermal interface material. End Quote
  • (1888PressRelease) August 23, 2013 - Taipei, Taiwan - GlacialLight, a division of the Taiwanese technology manufacturer, GlacialTech Inc., has added GL-FL180, a 175W AC-input LED Flood Light with Philips Lumileds LED chips to its popular range of energy efficient LED lighting products.

    Built for adverse environments, GL-FL180 features aluminum die-cast alloy housing, high-strength glass, stainless steel skidproof screws and phase-change metal (PCM) thermal interface material (TIM). These combination of features make GL-FL180 ideal for high temperature, corrosive, or high vibration environments; for example, beaches, general factory sites or chemical factories.

    Phase-change metal TIM's provides extreme thermal conductivity and the lowest thermal resistance. Compared to traditional TIM's, PCM TIM's have an increased ability to dissipate heat by approximately 10-12% as well as have the advantage of not drying out over time. The PCM TIM sits between the LED panel and the heat sink to provide long-lasting, high-performance thermal conduction in order to keep the GL-FL180 running cool and efficiently.

    GL-FL180 can accept a wide range of AC voltages - from 100 to 277 volts - it is suitable for a variety of operating environments. Its ability to operate in a wide range of temperatures (-20C ~ +40C) and the IP65 certificated design means this flood light can be used in nearly all weather conditions.

    GL-FL180 is sold in three different versions with varying 30 / 60 / 110 beam angles, suitable for different uses. A 110 beam angle unit, the only GlacialLight flood light using frosted glass, is suitable for broad range luminance; for example, sports fields, gardens, or plaza landscaping. A 30 beam angle unit can project light to focus on particular details; for example, columns, sculptures, artistic works and architectural projection.

    Making the most out of LED technology, GlacialLight's GL-FL180 converts electricity to light with outstanding efficiency. Compared to equivalent mercury flood lights, this LED flood light consumes far less power for the same light output. The whole fixture of the GL-FL180-WW delivers the luminous efficacy of 63 lumens per watt, and the GL-FL180-CW has a luminous efficacy of 79 lumens per watt.

    Two color variants of GL-FL180 are available. GL-FL180-WW provides a 3000K (Warm White) beam with a Color Rendering Index (CRI) of 80, and GL-FL180-CW, which illuminates with a 5700K (Cool White) beam and a CRI of 70.

    With the environment in mind GlacialLight designed the GL-FL180 Flood Light to contain no hazardous chemicals, such as mercury, and to create no harmful radiation emissions such as UV or IR, making them more eco-friendly than traditional lighting. This AC input flood light is also more economically friendly compared to traditional lighting products because of both lower power consumption and greater amount of light produced.

    - Aluminum die-cast alloy housing and high strength glass
    - IP65 certified
    - LED chips by Philips Lumileds
    - Offers a variety of beam angles applications (30/ 60/110)
    - New heat-conducting phase-change metal thermal interface material
    - Ideal replacement for traditional incandescent bulb or halogen lamps
    - Corrosion resistant stainless steel brace and screws (skidproof)
    - Eco-friendly: No UV, no IR, & no mercury

    Read more about this new product in GlacialLight's website:

    About GlacialLight
    GlacialLight, the lighting division of GlacialTech, manufactures LED lighting solutions for indoor/outdoor applications and both residential and commercial uses. As well as having a wide range of finished LED lighting products, GlacialLight also offers its clients the option of customizing products for specific needs. Please visit the company homepage at

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