Светодиодные лампы CRI>98 RG0 без синего света домашняя защита глаз профилактика близорукости Инновационная светодиодная лампа 5 Вт
- Категория: Lighting Bulbs & Tubes >>>
- Поставщик: Shenzhen,Tomego,Electronics,Technology,Co.,Ltd.Shenzhen,Ltd.
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Описание и отзывы
Трекер стоимости
| Месяц | Минимальная цена | Макс. стоимость |
|---|---|---|
| Sep-17-2025 | 0.11 $* | 0.60 $* |
| Aug-17-2025 | 0.7 $* | 0.88 $* |
| Jul-17-2025 | 0.86 $* | 0.3 $* |
| Jun-17-2025 | 0.23 $* | 0.86 $* |
| May-17-2025 | 0.67 $* | 0.97 $* |
| Apr-17-2025 | 0.88 $* | 0.8 $* |
| Mar-17-2025 | 0.10 $* | 0.43 $* |
| Feb-17-2025 | 0.29 $* | 0.76 $* |
| Jan-17-2025 | 0.43 $* | 0.25 $* |
Характеристики
CRI>98 RG0 No Blue Light Bulbs led light home Eye Protection Myopia Prevention 5W 7W 10W Innovative led lighting bulb
Detailed Parameters
1) Power: 5W 10W
2) Working Voltage: AC85-265V
3) PF>0.95
4) CRI: LEDs >98, Bulb CRI>97
5) Emitting color: 3000K, 4000K, 5000K for options
6) E27 E26 Base
7) 110LM/W, 5W: Around 550LM, 10W: Around 1100LM
8)No flicker, low/no blue light Have a try of this innovative bulb. You will find it's very worthy.
9)Special eye-protection spectrum.
The light is softer and more comfortable than other lamps on the market.
2) Working Voltage: AC85-265V
3) PF>0.95
4) CRI: LEDs >98, Bulb CRI>97
5) Emitting color: 3000K, 4000K, 5000K for options
6) E27 E26 Base
7) 110LM/W, 5W: Around 550LM, 10W: Around 1100LM
8)No flicker, low/no blue light Have a try of this innovative bulb. You will find it's very worthy.
9)Special eye-protection spectrum.
The light is softer and more comfortable than other lamps on the market.
Why should we use no blue light LED bulb?
Let's compare three types of lighting spectrum-traditional fluorescent bulb, common LED bulb and full spectrum led bulb.
1. Fluorescent Spectrum:
Non-negligible lighting risk
1. Wavelength below 445nm is viewed as harmful blue light.
2. High blue light ratio is the killer resulting in near sight.
3. High strobe frequency is the chief culprit of eyes' fatigue.
4. High radiation causes damage to brain.
5. Contains heavy metals "mercury", endangering the human body and the environment.
3. High strobe frequency is the chief culprit of eyes' fatigue.
4. High radiation causes damage to brain.
5. Contains heavy metals "mercury", endangering the human body and the environment.
2. Common LED lighting:
Non-negligible lighting risk
1. High blue light results in irreversible hurt to children's eyes.
2. Its incomplete spectrum results in poor light color, which in turn causes children's color weakness.
3. Low color rendering reduces children's color discrimination ability.
3. Low color rendering reduces children's color discrimination ability.
3. Our high CRI, no flicker, no blue light (RG0) full spectrum led lighting, the closest to the spectrum of sunlight
The advantage of full spectrum lighting
The ratio of our blue light below 445nm is very low. Wavelength more than 450nm blue light is good for eyes. The human eyes have
extremely low tolerance to blue light radiation ranging from 380 to 445nm, especially the damage tolerance threshold from the
430-445nm is the lowest, and its tolerated equivalent illuminance is approximately equal to 280 lux. However, For 445-500nm light,
the tolerance threshold of the human retina is
extremely low tolerance to blue light radiation ranging from 380 to 445nm, especially the damage tolerance threshold from the
430-445nm is the lowest, and its tolerated equivalent illuminance is approximately equal to 280 lux. However, For 445-500nm light,
the tolerance threshold of the human retina is
very high, and the equivalent illuminance exceeds 1500 lux. To put it simply, it is required to view blue light with a wavelength below 445nm as harmful blue light, and blue light with a wavelength above 445nm to
be beneficial blue light. The requirement for anti-blue light product is to shield as much harmful blue light below 445nm as
possible and keep as much beneficial blue light above 445nm as possible. Why keep Blu-ray above 445nm? Because blue light above 445nm has a great impact on the rhythm of our human body, and its existence improves our work efficiency during the day.Excellent anti-blue light products mainly shield harmful blue light below 445nm, properly shield blue light of 450-480nm, and let other visible light pass through as much as possible. Many unqualified anti-blue light products block a large amount of other visible light, causing color distortion and affecting visual performance. The anti-blue light products on the market mainly block blue light (ultraviolet rays) below 420nm, which hardly helps in shielding blue light. It is recommended to choose a light source with a color temperature of 4000-6000K during the day, and a warm white color of 4000K or close to 4000K at night. If the color temperature cannot be adjusted, it is recommended to choose a product with a color temperature of 4000K first, which can meet the needs of both day and night. The excellent LED spectral color temperature is 4000K, and the blue light component is obviously less.
The following is different functions of different wavelengths.
1.510nm spectrum: matched with the peak of light absorption of Propioni acnes metabolites, which can cause acne bacteria to die.
2.592nm spectrum: Matches the peak of light absorption of blood vessels, improving blood circulation
3. 620nm spectrum: Promote osteoblast proliferation and differentiation,
4. 633nm: Effectively enhances skin collagen cell activity
5. 640nm: fasten wound healing
6. 650nm: Matches the peak of light absorption of cell mitochondria and enhances cell function and promotes metabolism.
be beneficial blue light. The requirement for anti-blue light product is to shield as much harmful blue light below 445nm as
possible and keep as much beneficial blue light above 445nm as possible. Why keep Blu-ray above 445nm? Because blue light above 445nm has a great impact on the rhythm of our human body, and its existence improves our work efficiency during the day.Excellent anti-blue light products mainly shield harmful blue light below 445nm, properly shield blue light of 450-480nm, and let other visible light pass through as much as possible. Many unqualified anti-blue light products block a large amount of other visible light, causing color distortion and affecting visual performance. The anti-blue light products on the market mainly block blue light (ultraviolet rays) below 420nm, which hardly helps in shielding blue light. It is recommended to choose a light source with a color temperature of 4000-6000K during the day, and a warm white color of 4000K or close to 4000K at night. If the color temperature cannot be adjusted, it is recommended to choose a product with a color temperature of 4000K first, which can meet the needs of both day and night. The excellent LED spectral color temperature is 4000K, and the blue light component is obviously less.
The following is different functions of different wavelengths.
1.510nm spectrum: matched with the peak of light absorption of Propioni acnes metabolites, which can cause acne bacteria to die.
2.592nm spectrum: Matches the peak of light absorption of blood vessels, improving blood circulation
3. 620nm spectrum: Promote osteoblast proliferation and differentiation,
4. 633nm: Effectively enhances skin collagen cell activity
5. 640nm: fasten wound healing
6. 650nm: Matches the peak of light absorption of cell mitochondria and enhances cell function and promotes metabolism.
7. 660nm: Enhance the migration ability of bone marrow mesenchymal stem cells, preventing leukemia,
8. 670nm: Promotes metabolism of the cortex (cell depth repair)
9. 683nm: Matches the peak of light absorption of hair follicle cells, promotes hair regeneration, and maintains a youthful state.
10. 690nm: Promote cell regeneration
8. 670nm: Promotes metabolism of the cortex (cell depth repair)
9. 683nm: Matches the peak of light absorption of hair follicle cells, promotes hair regeneration, and maintains a youthful state.
10. 690nm: Promote cell regeneration
New Standard for Lamps-Forced measurement of blue light
For the potential hazard of LED blue light, IEC62471 developed by the International Electrotechnical Commission has classified the safety level of blue light hazards of LED light source products. Divided into
1. RG0 (exemption, the lamp does not cause any harm under the limit conditions defined by the standard. The blue light hazard is defined as not causing damage to the retina within 10000s).
2. RG1 (Class I, low risk, no additional requirements, The blue light hazard is defined as not causing damage to the retina within100s.
3. RG2 (Class II, medium risk, the blue hazard is defined as not causing damage to the retina within 25s,
4. RG3 (Class III, High risk, the light source causes harm in a short time.)
Under normal circumstances, it is recommended to use only the products with the blue light hazard classified below RG1, and the color temperature should not exceed 4000K, and the general color rendering index should reach 80 or more.
2. RG1 (Class I, low risk, no additional requirements, The blue light hazard is defined as not causing damage to the retina within100s.
3. RG2 (Class II, medium risk, the blue hazard is defined as not causing damage to the retina within 25s,
4. RG3 (Class III, High risk, the light source causes harm in a short time.)
Under normal circumstances, it is recommended to use only the products with the blue light hazard classified below RG1, and the color temperature should not exceed 4000K, and the general color rendering index should reach 80 or more.
Risk Code | Risk Level | Corresponding tmax ranges |
RG0 | exemption | >10000 |
RG1 | low risk | 100-10000 |
RG2 | medium risk | 0.25-100 |
RG3 | high risk | < 0.25 |
Product Description
The Features of Our Eyes Protection LED Lamps
1. The CRI of sunlight is defined as 100. The closer the value to 100, the better the color rendering performance is.
2. 15 kinds of sample colors are used to evaluate the color rendering of the light source, and the special color rendering
property R9 is a quality index for evaluating the vivid color red of the LED.
The higher values of Ra and R9 are the performance of high-quality LEDs. Compared with ordinary LED, the LED eye protection spectrum is more continuous, the color gamut is wider, the color rendering index Ra is greatly improved, closer to 100, and the special color rendering index R9 is as high as 90 or more.
3. LED eye-protection light complements the lack of short-wave violet, cyan, short-wave green, and long-wave red light, which greatly enhances the continuity and integrity of the spectrum. It is a wide color gamut and is closer to the full spectrum of sunlight.
4.In the ordinary LED spectrum, the range of the blue light band is relatively large, and excessive blue light and improper use of the lighting fixture may cause visual damage. Blue light can inhibit melatonin secretion and can cause insomnia. LED eye protection lamp can effectively reduce the blue light hazard of lighting LED light source.
property R9 is a quality index for evaluating the vivid color red of the LED.
The higher values of Ra and R9 are the performance of high-quality LEDs. Compared with ordinary LED, the LED eye protection spectrum is more continuous, the color gamut is wider, the color rendering index Ra is greatly improved, closer to 100, and the special color rendering index R9 is as high as 90 or more.
3. LED eye-protection light complements the lack of short-wave violet, cyan, short-wave green, and long-wave red light, which greatly enhances the continuity and integrity of the spectrum. It is a wide color gamut and is closer to the full spectrum of sunlight.
4.In the ordinary LED spectrum, the range of the blue light band is relatively large, and excessive blue light and improper use of the lighting fixture may cause visual damage. Blue light can inhibit melatonin secretion and can cause insomnia. LED eye protection lamp can effectively reduce the blue light hazard of lighting LED light source.
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