Led lighting provides 5-10+ times more illumination per watt than standard incandescent bulbs.
Led lights typically last 35,000 – 50,000 hours compared to only 750 – 2,000 in incandescent bulbs.
LEDs are a very reliable form of lighting. They can operate in high and low temperatures, operate through vibrations and withstand knock.
Low Radiated Heat
LEDs, unlike incandescent bulbs, use their energy to produce light not heat. This means the radiated heat produced is greatly reduced.
LEDs offer a wide range of colours & colour temperature that won’t alter over time like incandescent bulbs. These colours and temperature can be accurately adjusted and altered with hardware for instant customisation
One of LEDs benefits is the sophisticated customizability that can be achieved. LED lighting offers precise control of its lighting output, colour temperature and other features.
High & Instant Brightness
LED are roughly 10 times brighter than incandescent at the same wattage. equally impressive is their speed, LED needs no time to warm and provides instant brightness.
Why high-quality lighting is so important
Why Is “CRI” Impotant?
What is CRI? Color rendering index (CRI) is a measure of how accurately a light source displays colors. CRI is measured on a scale from 1 to 100, with 100 representing daylight.
CRI is determined by comparing the appearance of a colored object under an artificial light source to its appearance under an incandescent light at 100 CRI. The higher the CRI, the better the artificial light source is at rendering colors accurately. The lower the CRI value, the more unnatural colors appear when illuminated by the light source.
Why Is “Colour Temperature” Important?
Colour temperature refers to the appearance of light provided by a light bulb. Different bulbs emit different colour temperatures.
Colour temperature is expressed in Kelvins and measured on a numbered scale that provides information on the quality of light that a bulb emits, particularly the colour and the atmosphere it helps create.
The look and feel of a space can be greatly affected by colour temperature. Therefore, it is important to choose the right colour temperature based on the mood you want to create.
Advanced engineering and design make the integrated luminaire highly efficient and energy saving in its performance.
Integrated luminaires have a considerably longer lifespan
Integrated luminaires have large, well-engineered heat-sinks that allow for much higher output and light.
Even Light Distribution
The high light output and design of integrated luminaires gives a much wider spread beam, with no hot spots. Just beautiful, smooth lighting.
The complex technology of integrated luminaires enables options like control and optimisation of dimming, colour, temperature etc.
Because the luminaire is designed as a whole, the look, form and sizing can be controlled. Integrated luminaires can be very compact and fit almost anywhere.
Spring clips on integrated luminaires allow for easy installation, maintenance and replacement, avoiding ceiling damage.
Faster speed and output mean fewer integrated luminaires per room.