Transform any Standard LED Bulb into a Full Spectrum Sun Light!

The revolutionary IR-CAP is made possible using proprietary optical structures and advanced materials developed specifically to work with standard LEDs. Unlike other alternatives to improve the quality of artificial light, this invention does not require you to get rid of existing LED bulbs. This translates into significant cost savings for consumers while reducing environmental waste. There are currently billions of LED bulbs installed around the world and it is estimated that 90% of all artificial lighting will be LEDs by the year 2030. Our unique patent-pending IR-CAP technology can transform any LED bulb into a full spectrum bio-compatible source for general lighting or any other type of illumination. The high performance silicone-based photonic structure can help provide a true sun-like full spectrum with continuous energy across the visible up to the infrared region beyond 1000nm. This can be achieved at a fraction of the cost compared to alternative full spectrum light bulbs and fixtures. The IR-CAP is guaranteed to deliver photon flux around 50% in the near-infrared (NIR) from any standard low CRI LED bulb, regardless of the color temperature (CCT) rating of the product. The effect on the CCT will be minimal and is generally lower by few hundreds for a 6000K-6500K daylight bulb. For 3000K bulbs, you can expect to achieve a more pleasing warmer color consistent with that of an incandescent bulb between 2500K-2700K, plus an additional 50% in NIR photons.

The IR-CAP technology will also work with most smart LED products, including tunable RGB+CCT light bulbs. NIR light will be produced at all color settings, including RGB modes. This will help deliver a more balanced visible+infrared spectrum for healthier living, regardless of your light color preferences.

To order 5 IRCAPs for $9.99 each, please click here.

To order 10 IRCAPs for $7.90 each, please click here.

To order 20 IRCAPs for $5.99 each, please click here.

We are currently taking orders for the 2-inch IR-CAP film products for A19 and A20 size LED bulbs, with free shipping throughout the Continental USA. For other locations around the world, you can still use the above ordering forms, but additional shipping charges will be required, unless you provide a shipper account#.

Please note that this type of IR-CAPs work best with light bulbs having low CRI around 80 or below. Check back regularly on this page for updates and new product offerings. The video below is a brief summary of how to install the IR-CAP film and its spectral performance using a standard 6000K-6500K A19 LED bulb with a CRI of 80.

For bulk orders or to receive a quote, send an email to orders@phosphortech.com with your quantity requirement…

BEFORE YOU ORDER, PLEASE CHECK YOUR CURRENT LED BULB(S) AND MAKE SURE YOU CAN EASILY REMOVE THE PLASTIC CAP. Some bulb manufacturers use strong adhesives to attach the diffuser cap. You should try twisting and turning the cap in place few times in order to loosen the adhesive before removing it. Once you are able to loosen the cap, apply pressure to one side with your thumb then pry it open, as illustrated in the previous video. Repeat this process on the other bulbs you have.

Some bulbs may also have large electronic components (like a vertical capacitor) somewhere on the printed circuit board (PCB) alongside the light-emitting diodes (LEDs). The LEDs are generally (but not always) positioned around the perimeter of the PCB. To make the IR-CAP work effectively with such bulbs, you will need to cut small holes into the silicone film in order to make it fit better. This is very simple and can be done using any regular hole puncher. The holes can be smaller than the component. The IR-CAP is made using silicone, so it can be safely stretched making the holes temporary larger during installation. The goal is to cover ALL LEDs while keeping the IR-CAP as flat as possible on the PCB. The IR-CAP needs to extend to the internal edges of the light bulb since the LED diffuser cap is used to hold it down into a fixed position. Covering the small (and slightly protruding) electronic components on the PCB is OK, as long as the LEDs are covered and the IR-CAP can reach the edge. Finally, snap the plastic diffuser back into place and make sure the silicone sheet is firmly into position by shaking the bulb. If the IR-CAP is loose, you may need to adjust it by repeating the process.

Some LED bulbs may have protruding parts. This will require punching small holes into the IR-CAP.