JCC Toughflood Asymmetric 150W 130lpcW 4000K IP65 Grey - JC050003
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JCC Toughflood Asymmetric 150W 130lpcW 4000K IP65 Grey - JC050003

JCC Toughflood Asymmetric 150W 130lpcW 4000K IP65 Grey - JC050003

$230.33
JCC Toughflood Asymmetric 150W 130lpcW 4000K IP65 Grey - JC050003
$230.33

The Story

The JCC OxfordLED 40W 4FT Twin LED Batten 4000K IP20 - JC050003 is a high-quality, energy-efficient lighting solution for both commercial and residential settings. This product features two 4ft LED battens with a total power consumption of 40W, providing bright and uniform illumination in a 4000K cool white color temperature.

The LED battens are designed to be easy to install and come with fixing brackets and installation instructions. The product is also rated IP20, meaning that it is suitable for indoor use and protected against solid objects up to 12.5mm in diameter, such as fingers or small tools.

The JCC OxfordLED 40W 4FT Twin LED Batten is built to last, with a lifespan of up to 50,000 hours, reducing maintenance costs and ensuring long-term reliability. It also has a high CRI (Color Rendering Index) of 80, meaning that colors appear more natural and vibrant under this light.

Description

The JCC OxfordLED 40W 4FT Twin LED Batten 4000K IP20 - JC050003 is a high-quality, energy-efficient lighting solution for both commercial and residential settings. This product features two 4ft LED battens with a total power consumption of 40W, providing bright and uniform illumination in a 4000K cool white color temperature.

The LED battens are designed to be easy to install and come with fixing brackets and installation instructions. The product is also rated IP20, meaning that it is suitable for indoor use and protected against solid objects up to 12.5mm in diameter, such as fingers or small tools.

The JCC OxfordLED 40W 4FT Twin LED Batten is built to last, with a lifespan of up to 50,000 hours, reducing maintenance costs and ensuring long-term reliability. It also has a high CRI (Color Rendering Index) of 80, meaning that colors appear more natural and vibrant under this light.