The most heat and high-temperature resistant characteristics of LED strip lighting include heat resistance. These lights work best in hot environments like restrooms, kitchens, fireplaces, and other rooms of your choosing. They are especially useful near wood burners.
Anyone searching for these lights must consider the heat produced in the area before them and ensure it doesn’t exceed the recommended temperature range.
Although it should go without saying, the strip must not be exposed to direct flames or high temperatures that could melt the silicon that protects the strip or the plastic extrusion that holds the strip in place.
When selecting LED strip lights, there is no one ideal color temperature. This is so because a distinct kind of light is desired for each application.
- How To Check For Color Temperature in High Heat Resistant LED Strip Lights?
- How To Match High Heat Resistant LED Strip lights Color According To Their Temperature?
- Is There Any Risk Of Fire In Case Of Using High Heat Resistant LED Strip Lights?
- Bottom Line
How To Check For Color Temperature in High Heat Resistant LED Strip Lights?
The color temperature scale initially seems illogical. It could be beneficial to have a basic understanding of how the color temperature scale was created. The idea of black body radiation serves as the foundation for color temperature.
Black bodies are hypothetical objects that emit many light colors depending on their temperature. A heated block of coal behaves similarly while not being a perfect black body radiator. It will give off a dim, crimson glow at lower temperatures. It will become more brilliantly white as its temperature rises.
It will eventually become blue-tinted if we keep heating it to that point. Therefore, color temperature is the hue at a certain temperature, expressed in Kelvin.
The way that different cultures express the sensations you have in different lighting is what causes any confusion. Traditional associations of incandescent lamps with gentle, warm words include warmth.
How To Match High Heat Resistant LED Strip lights Color According To Their Temperature?
The appearance of two products may differ even when they both assert the same color temperature. Before making a significant purchase or in situations where color matching is important, it would be sage to confirm these reasons as there are a number of them.
Color And Temperature Matching Can Vary According To Manufacturer
Complex sensors are used in color measurement and must be regularly calibrated against a measuring standard according to a specified approach. Manufacturers of color measurement tools and maintenance staff members occasionally fail to adhere to standards.
In light of this, even if two brands of LED strip claim to be the same hue, you might notice a slight color change between them. Keep the source of the LED strip the same as much as is practical if you require the hue to match when in question.
Level of LED Strip Lights Tolerance
In truth, when a manufacturer gives an LED strip a mark, they express their extreme confidence in the LED strips’ ability to emit color consistently. Nevertheless, the manufacturer’s capacity for quality control and the amount of confidence they can inspire are key factors.
Tolerance levels of 100K for warm white color temperatures and 300K for cold white color temperatures should be guaranteed by a reputable manufacturer. Inquire about binning from your supplier if color matching is necessary.
Color Temperature Also Includes Green And Pink Colors
Color temperature in the image ranges from orange-yellow to white and then blue. However, various pink and green tint variations at each color temperature may also vary. The standards for LED strips ignore this.
If you’re utilizing the LED strips for a color-sensitive application, this might be the issue and discover that one LED strip is greener or pinker than the other.
Is There Any Risk Of Fire In Case Of Using High Heat Resistant LED Strip Lights?
The temperature at which LEDs emit light is lower than that of incandescent or fluorescent bulbs. Since an LED employs a semiconductor rather than a filament, they have a much-reduced propensity to produce heat and pose a fire risk.
Although some people may experience LED fixtures and bulbs as warm or hot, they won’t pose a fire risk or produce enough heat to start a fire in most environments. This is the key lesson to learn about LED lighting.
In addition to being inexpensive, they also produce less heat and can produce more light.
A heat sink can aid in heat dissipation using standard LED strip lights. In under-cabinet strip light installations, the strip LEDs are typically housed in aluminum extrusions. The strip lights’ adhesive backing can effectively serve as a heat transfer point since it adheres to the interior groove along the extrusions.
Therefore, it can have something that helps to absorb any heat instead of having the bare tape light or strip light sticking directly to a surface like cabinets. LED string lights typically become hot to the touch.
Many factors depend on the installation, the kind of LED, and their surroundings. Use LED strip lights that can withstand extreme heat if you’re lighting up a bedroom or a fireplace in the front yard.