What should we care about in TM-30 report for strip light?

We may need many reports for led strips to make sure its quility,one of them is the TM-30 report.
There are numerous crucial factors to consider while creating a TM-30 report for strip lights:
The Fidelity Index (Rf) assesses how precisely a light source produces colors when compared to a reference source. A high Rf value suggests greater color rendering, which is important for applications requiring precise color representation, such as retail or art galleries.

The Gamut Index (Rg) calculates the average change in saturation over the 99 color samples. A high Rg number implies that the light source can produce a diverse spectrum of colors, which is essential for producing colorful and visually appealing surroundings.

Color Vector Graphic: This graphic representation of the light source’s color rendering qualities might help you comprehend how light affects the appearance of various objects and surfaces.

Spectral Power Distribution (SPD): This describes how energy is distributed across the visible spectrum, which can affect perceived color quality and ocular comfort.

Fidelity and Gamut Index values for particular color samples: Understanding how the light source reacts to specific colors can be useful in areas where certain hues are very essential, such as fashion or product design.
Overall, the TM-30 report for strip lights provides useful information regarding the light source’s color rendering qualities, allowing you to make more informed judgments for certain lighting applications.

Improving the Fidelity Index (Rf) of strip lights entails choosing light sources with spectral properties that closely mirror natural daylight and have a good color rendering capacity. Here are some strategies to increase the Fidelity Index for strip lights:
High-quality LEDs: Select strip lights with a broad and smooth spectral power distribution (SPD). LEDs having a high CRI and Rf value will help to improve color rendering.
Full-spectrum lighting: Choose strip lights that emit a full and continuous spectrum throughout the visible range. This can help ensure that a wide range of colors are correctly shown, resulting in a higher Fidelity Index.
Look for strip lights with balanced spectral power distribution (SPD) that uniformly covers the full visible spectrum. Avoid small peaks and gaps in the spectrum, as they might cause color distortion and reduce the Fidelity Index.
Color mixing: Use strip lights with different LED colors to obtain a more balanced and natural color representation. RGBW (red, green, blue, and white) LED strips, for example, can provide a larger spectrum of colors while also improving overall color fidelity.
Optimal color temperature: Select strip lights with a color temperature that closely resembles natural daylight (5000-6500K). This improves the light source’s ability to appropriately portray colors.
Regular maintenance: Ensure that the strip lights are well-maintained and clean, as dirt or dust can affect the spectral output and color rendering properties.
By focusing on these factors, you can improve the Fidelity Index (Rf) for strip lights and enhance the color rendering capabilities of the lighting system.

Contact us if you need any support for LED strip lights!