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What is the full spectrum light strip?
A full-spectrum light strip is an LED light strip that can simulate the spectral characteristics of natural light. Its core feature is that it can emit light covering the visible light wavelength range, usually defined as light waves from 400nm to 700nm. Full-spectrum light strips provide lighting effects close to natural light by simulating the color and spectral distribution of natural light, with high color reproduction and low blue light hazards.
Full spectrum light strip is a special lighting device, whose core feature is that it can simulate the spectral distribution of natural light and provide a lighting environment close to natural light. This kind of light strip usually uses LED as the light source, and through sophisticated semiconductor technology and optical design, it achieves precise control of light color temperature, thus covering the entire visible spectrum range from ultraviolet to infrared.
Definition and application scenarios of full-spectrum light strips
Full Spectrum LED Strip Light is designed to simulate the spectrum characteristics of natural sunlight and provide a lighting environment close to natural light. Its spectrum range covers the wavelength of visible light, which can restore the most natural and true color of objects and reduce visual fatigue and psychological pressure. In places with high color requirements, such as art galleries, exhibition halls and luxury stores, it is more appropriate to use full spectrum light strips.
In terms of structural design, full-spectrum light strips are composed of a series of closely arranged LED chips, which are packaged on a flexible circuit board, allowing the light strip to be flexibly bent and fit various surfaces. The back of the light strip is usually equipped with a self-adhesive strip or a magnetic suction system, which is convenient for users to install in various places, such as homes, offices, museums, etc.
The light source module of the full-spectrum light strip adopts advanced LED technology. These LED chips are specially calibrated with color temperature and can emit a wide range of spectrum, including blue and red light bands that are essential for plant growth. This feature makes the full-spectrum light strip widely used in the field of plant growth lighting, such as indoor planting, hydroponic systems, etc.
In addition, full-spectrum light strips also have a dimmable function, allowing users to adjust the light intensity and color temperature according to different time and environmental requirements. Some high-end products also support remote control through intelligent control systems, enabling linkage with other smart home devices to provide a more personalized lighting experience.
When selecting a full-spectrum light strip, in addition to considering the spectral coverage and color temperature adjustment capabilities of the full-spectrum light strip, you should also pay attention to its energy efficiency rating, service life, and compliance with relevant health and safety standards. High-quality full-spectrum light strips can not only provide high-quality lighting effects, but also effectively reduce energy consumption and reduce the impact on the environment.
In short, full-spectrum light strips, with their unique light color characteristics and intelligent control functions, create a lighting environment close to natural light for users, while showing significant advantages in energy saving and sustainable development. With the continuous advancement of technology, the application scenarios and functions of full-spectrum light strips will be further expanded to meet a wider range of market needs.
Parameter analysis of full spectrum light strip
1. Color temperature
Color temperature refers to the color warmth of the light source, generally expressed in the unit "K". Higher color temperatures usually present cool tones, while lower color temperatures present warm tones. When choosing a full-spectrum light strip, you should choose the appropriate color temperature according to your actual needs to achieve the best lighting effect.
2. Color Index
The color index refers to the ability of a light source to display true colors when illuminating an object. The higher the color index, the more realistic the displayed colors are and the better the color reproduction is. When choosing a full-spectrum light strip, you should choose a product with a high color index to provide better color reproduction.
3. Brightness
Brightness refers to the intensity of light reflected by an object when a light source shines on it. The higher the brightness, the stronger the light reflected by the object and the better the lighting effect. When choosing a full-spectrum light strip, you should choose the appropriate brightness to achieve the best lighting effect.
3: What are the benefits of full-spectrum lights?
1. Beneficial to human health
Before the advent of artificial light, sunlight was the only source of light. Our ancestors worked from sunrise to sunset and rested from sunset to sunrise, relying on the sun to live. Sunlight not only provides lighting and energy for the earth, but also regulates human physiological rhythms and affects human biology, psychology, and body.
However, modern urbanites, especially office workers, spend a lot of time indoors and are rarely exposed to sunlight, so they cannot get the health benefits of the sun. The significance of full spectrum is to reproduce sunlight and bring back to us the benefits of natural light on human physiology, psychology, and human body.
2. More natural colors
We all know that objects will show their colors when exposed to light, but when objects are exposed to light sources with discontinuous and incomplete spectra, the colors will be distorted to varying degrees. Working in a color-deficient and monotonous work environment for a long time can easily cause visual fatigue and psychological pressure. Full-spectrum light with a rich spectrum can reproduce the true colors of objects, provide vivid lighting, relieve visual fatigue of the human eye, reduce discomfort to the human eye, and thus improve the comfort of the user's light environment.
The light from full-spectrum lamps has colors in all wavelengths of the visible light region of the human eye, which can provide light with rich colors and restore the most natural and true colors of the illuminated objects.
3. Better care for your eyes
Most traditional LEDs use blue light to excite yellow phosphors, and then mix the colors to get white light. If the blue light content is too high, over a long period of use, the blue light can penetrate the lens of the human eye and reach the retina, accelerating the oxidation of cells in the macula, causing optical damage to them.
As for the human eye, after a long period of evolution, the human eye has adapted to sunlight. The closer the light is to natural light, the more comfortable the human eye feels. Full-spectrum LED uses purple LED excitation to reduce the blue light component from the root of the light source, reducing damage to the eyes. At the same time, the spectral curve of the full spectrum is close to the sunlight spectrum curve, which can effectively improve the user's eye comfort. In addition, the full spectrum can also reduce short-term obstacles to retinal microcirculation and alleviate dry eyes caused by blood supply disorders, achieving true eye protection.
4. Regulate the body's work and rest
According to the body's biological clock, the human brain has a close relationship with light, and is particularly sensitive to blue light. Blue light can inhibit the melatonin produced by the pineal gland in the human brain. Long-term exposure to a high-blue light environment can even cause sleep disorders.
The emergence of full spectrum can provide better quality light and improve the light environment people live in. Less blue light components can make people's night working light environment more reasonable, and a reasonable light environment can help people promote sleep, improve productivity and improve mood.
Advantages and disadvantages of full spectrum light strips
advantage:
High color reproduction: The color rendering index (CRI) of the full-spectrum light strip can reach 98 or above, which can better restore the original color of the object, making the color more realistic and vivid1.
Low blue light hazard: Full-spectrum light strips reduce blue light components, reduce damage to the eyes, and provide a more comfortable eye environment1.
Uniform light: The light of the full-spectrum light strip is more uniform, which can meet the human eye's needs for light of different wavelengths4.
shortcoming:
Higher cost: Due to the high technical requirements and material costs, the price of full-spectrum light strips is higher than that of ordinary LED light strips1.
Limited application scenarios: Although suitable for places that require high color reproduction and low blue light hazards, ordinary household lighting may not require such high standards, so the scope of application is relatively limited1.