Intematix ChromaLit
ChromaLit is a remote phosphor system for lighting. The phosphor is delivered in a composite
material, separated from the blue LED energy source, and emits high quality white light when
excited by a blue light engine. The separation of the phosphor from the energy source delivers
high system efficacies and lowers costs while offering a uniform luminance and appearance
with no reflections or pixelation. ChromaLit also offers unprecedented consistency of lumens
and color over lifetime.
Process Problems Solved
The interchangeability of ChromaLit eliminates
the need for binning management, reduces
inventory costs and protects you from the
rapid evolution of LED technology. Luminaires
designed with ChromaLit can deliver any CCT
or CRI desired with a single blue pump light
engine. ChromaLit will enable you to quickly
respond to the needs of your customers without
stocking a wide variety of different white LEDs,
streamlining your supply chain. As blue LEDs
continue to improve in efficacy, the same
ChromaLit product can be easily integrated
into new systems ensuring a platform for
future proof luminaire consistency in both
aesthetics and performance.
Product Families
ChromaLit Linear
ChromaLit Linear enables new and creative designs for high lumen area and
decorative lighting systems. This high quality non-pixelated light source also
provides a clean and familiar off state white appearance to further enhance
the commercial appeal of lighting systems.
Great for:
Troffers, mid and high bay lighting, cove lighting, architectural
lighting, retail lighting, task and under cabinet lighting
ChromaLit 360
ChromaLit 360 enables brighter and more efficient LED bulbs and fixtures
with a wide angle light distribution that delivers the beam pattern required
by the application.
Great for:
LED retrofit bulbs, portable consumer lighting, sconces, pendants,
chandeliers and other decorative lighting applications
ChromaLit 360XT
ChromaLit 360XT delivers increased lumen density and thermal stability for
more challenging environments. Enabling 300
o
emission patterns in retrofit
lamps, ChromaLit 360XT will change the way you think about LED lighting.
Great for:
LED retrofit bulbs, down lights, portable consumer lighting,
sconces, pendants, chandeliers and other decorative lighting applications
ChromaLit XT
ChromaLit XT offers powerful elegance for brilliant lighting design. Enabling up
to 20,000 lumens from a 6 inch/ 150 mm round aperture, the enhanced off state
white appearance improves design aesthetics.
Great for:
Wide area lighting, high bay and industrial lighting, wall packs, spot
lighting, down lights, LED modules and commercial lighting
ChromaLit
ChromaLit delivers consistent high quality color with up to 30% higher system
efficacy compared to conventional LED lighting designs. Available in a variety
of shapes and colors, on a rugged substrate, this line of remote phosphors
has streamlined the supply chain and production process for luminaires.
Great for:
Down lights, task lighting, under cabinet, entertainment, studio
and panel lighting
Unparalleled Lifetime and Efficacy
ChromaLit enables system efficacy gains of up to 30 percent compared to conventional LED
lighting systems by operating at lower temperatures, maximizing photon extraction and removing
the need for a diffuser. Relocating the light generating surface away from the energy source, the
ChromaLit architecture produces significantly more light per input power, increases LED package
lifetime and reduces the LED chip junction temperature. ChromaLit system designs require
fewer LEDs, use smaller heat sinks, enable higher LED drive currents and reduce energy usage.
System Efficacy Improvement
130%
100%
Lumen and Chromaticity Maintenance
100%
80%
60%
40%
20%
Relative Efficacy
LED System
ChromaLit System
White LED System
* Results vary based on reference design
0%
0
20000
40000
Hours
60000
Contact a sales representative to request a demonstration kit and full product details.
Future Possibilities
Our labs are continually developing improved processes,
new materials and solutions. In the future, these advances
will deliver:
•
Improved optical control
•
Extended color temperature and CRI options
•
Enhanced environmental viability
•
Innovative shapes and sizes
