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Phlizon LED Grow Light September Big promotion;Lowest offer on multiple types of lights

The sensitivity of plants to the spectrum is different from that of the human eye. The most sensitive spectrum of the human eye is 555nm, between yellow-green light. Poor sensitivity to blue and red areas. Plants, on the other hand, are most sensitive to red light and less sensitive to green light, but the difference in sensitivity is not as great as the human eye. The maximum sensitive region of plants to the spectrum is 400-700nm. This region of the spectrum is often referred to as the effective energy region of photosynthesis. About 45% of the energy of sunlight is in this part of the spectrum. Therefore, if an artificial light source is used to supplement the amount of light, the spectral distribution of the light source should also be close to this range. The energy of the photons emitted by the light source varies according to the wavelength. For example, the energy of 400nm (blue light) is 1.75 times that of 700nm (red light). But for photosynthesis, both wavelengths work the same way. The excess energy in the blue spectrum that cannot be used for photosynthesis is converted to heat. In other words, the rate of plant photosynthesis is determined by the number of photons that can be absorbed by the plant in 400-700nm, and has nothing to do with the number of photons sent out by each spectrum. But the common sense is that the color of light affects the rate of photosynthesis. Plants differ in their sensitivity to all spectra. The reason for this is the special absorption of pigments in leaves. Of these, chlorophyll is the best known. But chlorophyll is not the only pigment useful for photosynthesis. Other pigments also participate in photosynthesis, so the efficiency of photosynthesis cannot only consider the absorption spectrum of chlorophyll. Weizhao industry plant growth lamp planting effect Differences in photosynthetic pathways were also unrelated to color. Light energy is absorbed by chlorophyll and carotene in leaves. Energy is converted from two photosynthetic systems that fix water and carbon dioxide to glucose and oxygen. This process uses the entire spectrum of visible light, so the effect of different colors on photosynthesis is almost the same. Some researchers believe that the orange part of the light has the greatest photosynthetic capacity. But this does not mean that plants should be grown in such monochromatic light sources. Plants should receive a balanced light source for their morphological development and leaf color. Blue light source (400-500nm) is very important for plant differentiation and stomatal regulation. If there is not enough blue light and the proportion of far red light is too high, the stem will grow excessively and the leaves will be yellowing easily. The ratio between the energy of the red light spectrum (655-665nm) and the energy of the far red light spectrum (725-735nm) is between 1.0 and 1.2, and the development of plants will be positive growth. But each plant has a different sensitivity to these spectral ratios. High-pressure sodium lamps are often used as artificial light sources in greenhouses. Taking the Philips Master SON-TPIA lamp source as an example, it has the highest energy in the orange-red spectral region. However, the energy of far infrared light is not high, so the energy ratio of red light/far red light is greater than 2.0. But because the greenhouse still has natural sunlight, it doesn't shorten the plants. (This light source may have an impact if used in the growth chamber.) In natural sunlight, blue light accounts for 20% of the energy. For artificial light sources, such a high ratio is not required. For normally developing plants, most plants only need 6% of blue light energy in the 400-700nm range. In natural sunlight, there is enough blue light energy. Therefore, artificial light sources do not need to add more blue light spectrum. However, when natural light source is insufficient (such as winter), artificial light source needs to increase blue light energy, otherwise blue light source will become a limiting factor for plant growth. But if you don't use the light source improvement method, there are still other ways to remedy this light source shortage problem. Such as temperature regulation or the application of growth hormones. Shenzhen Feili Rui Technology Co., Ltd. is a company specializing in the development and production of plant lights in our country, engaged in the development and production of plant growth lights sales for more than 10 years, products have nearly 10 years of overseas export experience and qualification. As an important supplier of plant growth lamps in China, our products have also been supplied to Europe and the United States for a long time, including tissue culture plant lamps, industrial hemp plant lamps, modern three-dimensional farm plant lighting lamps and system applications. We have a complete set of perfect and mature plant spectral technology and plant lighting application scheme.

12TH ANNUAL MJBizCon PHLIZON Booth No :49017 Las Vegas Convention Center 3150 Paradise Road Las Vegas, NV 89109 November 28 - December 1, 2023|Las Vegas Convention Center

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The influence of different wavelengths of light on plant photosynthesis is different, and the light required for plant photosynthesis is about 400 ~ 720nm. Light from 400 to 520nm (blue) and 610 to 720nm (red) contribute the most to photosynthesis. 520 ~ 610nm (green) light, the rate of absorption by plant pigments is very low. According to the above principle, plant lamps are made of a combination of red and blue to provide red and blue wavelengths of light, covering the wavelength range required for photosynthesis. In terms of visual effects, the red and blue combination of plant lights appear pink. In terms of energy distribution, there are two peaks in the blue region of 445nm and the yellow-green region of 550nm. The 610 ~ 720nm red light required by plants is very scarce. This explains why plants grow poorly under white leds. Used in plant lamps, the main purpose is to: harden the plant shell, increase resistance, dwarf some plants, and promote some plants to change color.

Phlizon has been developed by growers over many years of careful experimentation and testing. We mainly produce the led grow light and related accessories in Agricultural Greenhouses help indoor and outdoor plants growing. Scientifically engineered to deliver the highest level of PAR output and balanced Coverage in the LED grow market. Phlizon LED grow lights are built with high quality LED and drivers. The lights encompass a continous range of wavelength from blue and green to red, creating a light blend matching the natural sun light. We customized our light spectrum to optimize plant growth and increase yields while consuming less energy and reducing operating costs compared with traditional horticulture technologies. Higher Light Intensity, Better Coverage, More advanced features ( dimmer and wifi control). Phlizon LED grow lights inventory in the USA and EU with fast delivery. Most countries will get the grow lighting within 5-7 working days based on the fast delivery and full-cycle production line. We are looking for wholesellers, distributors, retailers all over the world. If you have sales channels, we offer you best product and service. Just contact us for more discussion now!

Is there "sunshine" in the plant factory? Yes! Where does "sunshine" come from? From some special plant lights! The first plant lamps used in plant factories are incandescent lamps, high pressure sodium lamps, metal halide lamps, fluorescent lamps and other traditional lamps, and the most popular plant light source is LED light source. Since the birth of LED light source, due to its significant innate advantages, it has been quickly favored by researchers and become an efficient production tool. There are essential differences between LED light source and traditional lamps in the principle of luminescence. Incandescent lamps, by heating the filament, emit light like a red-hot iron when it is hot enough, so that they convert most of the electric energy into heat and only a little into light. High-pressure sodium lamp, gold halide lamp, fluorescent lamp, etc. are gas discharge lamps, which accelerate the electrons in the discharge tube through the external electric field and stimulate the discharge of gas (including some gaseous metals), leading to atomic luminescence. The spectral characteristics are mainly determined by the characteristics of the gas composition itself. Leds are solid-state light sources, and at their core are PN junctions made of semiconductors. P-type semiconductors (with higher concentrations of holes) and N-type semiconductors (with higher concentrations of free electrons) are usually made of different semiconductor compounds, and the region of space charge formed at their junction is called a PN junction. Luminescence by electron and hole migration and recombination of PN junction. The luminescence properties of PN junction are different from the compounds that make Pn junction. So what are the innate advantages of LED plant lights? First, LED plant lighting is efficient and energy saving. After LED lamps are applied in agriculture, the use density of lamps is very high compared with that of general lighting, especially for plants with high light demand, and the electricity power of each square meter planting area is as high as 500-1000 W. This puts forward a strict requirement for the electro-optic conversion efficiency of plant lamp. At present, the electro-optic conversion efficiency of LED plant lamp is more than 20 times that of incandescent lamp, 3 times that of fluorescent lamp, and nearly 2 times that of high pressure sodium lamp and gold halide lamp. Therefore, the application of LED plant lights can greatly reduce electricity consumption, thus achieving energy saving. Second, LED spectral bands cover a wide range, easy to obtain monochromatic light and full spectrum. Currently, leds can cover the wavelength range of 200-950 nm, and there are dozens of single-color leds. And the monochromatic LED chip can stimulate phosphor to widen the half-wave width of monochromatic light, or monochromatic light composite spectrum, or obtain the full spectrum of white light. This provides very favorable experimental conditions for studying the light absorption of different plants, and enables the spectral customization of different plants to provide the best light formula for plants. Third, LED plant light intensity, spectrum can be adjusted. LED is a current driven light source, its brightness increases with the increase of the current. Therefore, the corresponding brightness can be obtained by adjusting the power output current of the driving LED. The function of spectrum adjustment can be realized by controlling the current size of LED with different light color. At present, the plant lamps with adjustable spectrum in the market are mainly used for scientific research, and the plant lamps with adjustable intensity have been widely used in production. Fourth, LED heat less, can be close contact with plants without plant leaves and operators burning problems. The rapid development of indoor multilayer planting technology is also mainly due to this feature of LED plant lights. Fifth, LED long life, light decay, high reliability. The theoretical life of LED is up to more than 100,000 hours. The life of LED plant lights can exceed 50,000 hours if the LED working temperature can be controlled under the right temperature. Currently, high-end LED plant lights have a five-year warranty, and the light decline is still less than 10% after 36,000 hours of operation. Fluorescent lamps typically lose up to 30% of their light after 10,000 to 15,000 hours of operation. Sixth, LED has strong controllability and great potential for intelligent control. Traditional lamps, such as high pressure sodium lamps, need more than 5 minutes to reach stable working state from power on, and they need about 10 minutes of cooling after power off before starting again. And LED response speed is extremely high, the rapid switching conditions of 30,000 times per second can still work. Seventh, the use of high safety, high transport reliability. Traditional lamps and lanterns are mostly glass shells, which are inevitably damaged by broken glass in the process of transportation and use. LED as a solid light source, vibration, drop, impact and other high tolerance, safe and reliable. Eighth, diversified forms of lamps and lanterns. The traditional light source is usually a bulb type, and when it is made into a plant lamp, a reflector is often added to shine its light down on the target plant. LED plant lights can not only be made into downward glow top light lamp, but also can be made into 360 degrees of light close to the plant between the plant fill light lamp.

Application of LED Grow Light in Plant Cultivation As the fourth generation of new lighting sources, LED Horticulture Grow Lights have many characteristics that are different from other electric light sources, which also makes them the first choice for energy-saving and environmentally friendly light sources. The LEDs used in the field of plant cultivation also exhibit the following characteristics: the wavelength type is rich, which coincides with the spectral range of plant photosynthesis and light morphology; the spectral wave width is half wide and narrow, and can be combined to obtain pure monochromatic light and composite spectrum as required; can be concentrated Light of a specific wavelength irradiates crops in a balanced manner; it can not only adjust the flowering and fruiting of the crop, but also control the plant height and the nutrient composition of the plant; the system has less heat and takes up less space, and can be used in a multi-layer cultivation three-dimensional combination system to achieve low heat load And the production space is miniaturized; in addition, its strong durability also reduces operating costs. Because of these remarkable features, LED is very suitable for plant cultivation in a controlled facility environment, such as plant tissue culture, facility gardening and factory nursery, and aerospace ecological life insurance system. Study on the application of LED Full Spectrum Grow Light in Plant Facility Cultivation As of 2013, China's facility horticulture area has developed rapidly, and the light environment control lighting technology for plant growth has attracted attention. Facility horticultural lighting technology is mainly used in two aspects: one, as supplementary lighting for plant photosynthesis when there is little sunshine or short sunshine time; second, as induced lighting for plant photoperiod and light form. 1. Research on LED Plant Grow Light as supplementary lighting for plant photosynthesis. Traditional artificial light sources generate too much heat. For example, with LED supplementary lighting and hydroponic systems, the air can be recycled, and excessive heat and water can be removed It can be efficiently converted into effective photosynthetic radiation, and finally into plant matter. Studies have shown that with LED lighting, the growth rate and photosynthetic rate of lettuce are increased by more than 20%, and it is feasible to use LED for plant factories. The study found that, compared with fluorescent lamps, mixed-wavelength LED light sources can significantly promote the growth and development of spinach, radishes and lettuce, improve morphological indicators; can maximize the bioaccumulation of sugar beet, the most significant accumulation of betanin in hair roots, and produce in hair roots The highest sugar and starch accumulation. Compared with metal halide lamps, the anatomical morphology of the stems and leaves of pepper and perilla plants grown under the LED with a wavelength changed significantly, and as the optical density increased, the photosynthetic rate of the plants increased. The compound wavelength LED can cause the stomatal number of marigold and sage to increase. 2. The Horticultural LED Lights is used as the induced illumination of the plant photoperiod and light form. The LED with a specific wavelength can affect the flowering time, quality and duration of the flowering period of the plant. LEDs of certain wavelengths can increase the number of flower buds and flowering of plants; LEDs of certain wavelengths can reduce the flowering response and regulate the pedicel length and flowering period, which is beneficial to the production and marketing of cut flowers. This shows that LED regulation can regulate the flowering and subsequent growth of plants. 3. Research on the application of High Power Led Grow Light in aerospace ecological life insurance system The establishment of a controlled ecological life support system (Controlled Ecological Life Support SystemCELSS) is the fundamental way to solve the long-term manned space life support problem. The cultivation of higher plants is an important element of CELSS and one of its key illuminations. Based on the special requirements of the space environment, the light source used in the cultivation of space advanced plants must have high luminous efficiency, the output light wave is suitable for plant photosynthesis and light form construction, small size, light weight, long life, high safety and reliability records and no environment Pollution and other characteristics. Compared with other light sources such as cold white fluorescent lamps, high-pressure sodium lamps and metal halogen lamps, LEDs can more effectively convert light energy into photosynthetically effective radiation, and the effect of plant light supplementation is better; in addition, it has a long life, small size, light weight and It has solid state and other characteristics. Therefore, LED is highly valued in ground and space plant cultivation. Studies have shown that LED lighting systems can provide illumination with uniform spectral energy distribution, and the efficiency of converting electrical energy into light required by plants exceeds 520 times that of metal halide lamps.

As an AI language model, I do not have personal experience with getting customers. However, here are some general tips on how to get customers: 1. Identify your target audience: Determine who your ideal customer is and what they are looking for. This will help you tailor your marketing efforts to reach them more effectively. 2. Build a strong brand: Develop a clear and consistent brand identity that resonates with your target audience. This includes your logo, website, social media presence, and messaging. 3. Offer value: Provide high-quality products or services that meet the needs of your customers. This will help you build a loyal customer base and attract new customers through word-of-mouth referrals. 4. Market your business: Use a variety of marketing channels to reach your target audience, such as social media, email marketing, SEO, and paid advertising. 5. Provide excellent customer service: Respond promptly to customer inquiries and resolve any issues in a professional and courteous manner. This will help you build a positive reputation and earn repeat business. 6. Offer promotions or discounts: Use special offers or discounts to incentivize new customers to try your products or services. 7. Network and collaborate: Attend industry events, join professional organizations, and collaborate with other businesses to expand your reach and build relationships with potential customers. Hotselling product phlizon cheap light 1500w led grow light

Vegetation has different absorption and reflection spectral characteristics in different bands. In visible light band, chlorophyll has an absorption peak at the central wavelength of 0.45μm(blue) and 0.65μm(red), and a reflection peak near 0.54μm(green). In the mid-infrared phase of the spectrum, the spectral response of green plants is dominated by strong absorption bands of water around 1.4, 1.9 and 2.7 μm The absorption rate of plants to red and blue color bands is relatively high, which is the main reason why plant growth lamps are mostly red and blue. But there is a misunderstanding. The amount of light a plant absorbs depends on the wavelength of the light itself, not its color. The so-called high absorption rate of red and blue light refers to the natural color produced by the wavelength of light, rather than the artificial addition of variable color light. Laser plant growth light is red and blue because laser wavelengths are controlled, and visible light that mimics sunlight is red and blue in natural wavelengths. The red and blue colors of LED plant lights are caused by the light penetrating the tinted glass, or by chemicals that are discolored by the light. This is a light reaction of an element that reflects the color of the light reaction of a chemical element, rather than the natural wavelength of light that corresponds to red and blue.

When you use a plant light, you increase the amount of time that the plant is illuminated, because the plant light has a filling effect. Generally speaking, plant lamps can adopt red spectrum light and blue spectrum light. We can adjust the color temperature by the above two kinds of light, so as to achieve the purpose of helping Chinese plants grow. Plants must grow by photosynthesis. Nature's spectrum of light helps plants grow. For example, ultraviolet light can help plants kill bacteria, promote photosynthesis, and help plants grow. The plant fill light is also simple in principle, using a special light source to simulate the light needed for photosynthesis, which can help Chinese plant cells grow. At present, there are many varieties of plant cell growth lamps in the domestic market, and the understanding of materials is not the same, and the price is not the same. Therefore, if we want to buy plant lamps, we must first look at the role of raw materials of various enterprises. In view of the existence of various active substances, the role of supplementary light is more or less different. Therefore, how we choose plant lamps for enterprises is also a kind of teaching method and skills, and we must have a look at them when we buy at ordinary times. As a general rule of thumb, most vegetables and flowering plants need 12 to 16 hours of light a day, and flowering plants are at the top of that range. Different types of plants require different amounts of light. Darkness is actually very important to a plant's growth cycle. During the day, sunlight helps plants produce energy through photosynthesis. At night, however, plants break down this energy as they breathe to encourage growth and flowering. Check your seed package or plant label, or ask the nursery for specific recommendations. And be sure to turn off the growth lights every once in a while. No one likes working 24 hours a day - not even plants! The above is about plant growth lamp related questions, if you want to know more, please feel free to contact phlizon

The full-spectrum plant led grow light appears after the red-blue ratio plant led grow light, which is an upgrade of the product. It mainly develops from the single composition of red and blue light to a light component covering the whole band of visible light. LED plant growth lights are effective. Red light can promote stem rooting, chlorophyll formation, carbohydrate accumulation, absorption and utilization. The advantage of plant growth lamp is that it can artificially control the quality, intensity and period of light, so that plants are always in the best growing environment, which can improve the quality of plants and increase the yield. Introduction to LED plant growth lights LED plant growth lamp is a kind of plant lamp, it takes LED(light-emitting diode) as the light source, according to the law of plant growth must need sunlight, with light instead of sunlight to provide a plant growth and development environment. Red, orange, yellow, green, cyan, blue, purple, the farther back the shorter the wavelength of light, the longer the wavelength, the better the plant growth. Pink light is a long wave of light, which can promote plant growth and achieve the effect of filling light. Precautions for the use of LED plant growth lights Each type of plant needs a different light source, so be careful when choosing led plant growth lights, and choose plant growth lights wisely to avoid problems such as plant burns. If you choose the wrong plant growth lamp, you will not only fail to provide light for the plant, but you may burn the plant. Plants also need a certain amount of sleep and rest time, so they need to use their growth lights correctly and turn them on at the right time. In addition, the reflector is particularly important for providing light refraction. There is also the problem of distance. Different kinds of plants have different requirements for the distance between the lamp and the plant, so as to ensure the normal growth of the plant. The full-spectrum plant led grow light appears after the red-blue ratio plant led grow light, which is an upgrade of the product. It mainly develops from the single composition of red and blue light to a light component covering the whole band of visible light. LED plant growth lights are effective. Red light can promote stem rooting, chlorophyll formation, carbohydrate accumulation, absorption and utilization. The advantage of plant growth lamp is that it can artificially control the quality, intensity and period of light, so that plants are always in the best growing environment, which can improve the quality of plants and increase the yield. Introduction to LED plant growth lights LED plant growth lamp is a kind of plant lamp, it takes LED(light-emitting diode) as the light source, according to the law of plant growth must need sunlight, with light instead of sunlight to provide a plant growth and development environment. Red, orange, yellow, green, cyan, blue, purple, the farther back the shorter the wavelength of light, the longer the wavelength, the better the plant growth. Pink light is a long wave of light, which can promote plant growth and achieve the effect of filling light.

Vegetables can be divided into long, medium and short day vegetables according to the length of sunshine. Generally speaking, long day vegetables need longer lighting time. If it is cloudy and rainy, it may need to fill light [Fill light is usually located in or near the axis line of the camera, the light source for the overall illumination of the subject, whose purpose is to make the shadow details can get proper exposure. Plant growth supplementary light lamp is designed according to the wavelength range of light required by plant growth (mainly red and blue light) and illuminance required. Different proportions of three primary color phosphor are used to adjust the light suitable for the spectral energy distribution required by plant growth. The rational use of this kind of light can improve and prolong the lighting conditions and time of plant growth, and speed up crops [crops, referring to oil crops, food crops, cash crops, etc.]. The seedling process and shorten the growth cycle of crops. The role of plant growth lamps in vegetable cultivation First, led grow lighting effect 1. It can shorten the seedling rearing time by up to 50%. 2. It can reduce the occurrence of diseases and insect pests and the amount of deformed fruit. 3. Crops can bloom, bear fruit or mature 15 to 20 days earlier. 4. The yield of vegetables can be increased by more than 20%, and the brightness of flowers can be increased. Two, vegetables sunshine time Sunshine is the time of day when the sun shines. Crops, especially vegetables, flower bud differentiation, bolting flowering, fruiting, tuber, tuber, bulb formation, light duration plays a decisive role. Different vegetable varieties have different requirements on sunshine duration. The popularization and use of fill light lamp provides the possibility to play the potential of crop yield increase, meet the light demand of different sunshine crops (especially medium and long sunshine crops) and reduce the influence of rainy weather on crop yield and growth process. The sunshine time requirements of main vegetable varieties are introduced as follows. Readers can refer to these data to adjust the crop light filling time according to the local sunshine time of the day, so as to maximize the benefit of planting vegetables. According to the different length of sunshine demand of vegetables, they can be divided into long day vegetables, medium day vegetables and short day vegetables. Long sunshine vegetables are: Chinese cabbage, cabbage, carrot, tomato, celery, spinach, lettuce, green onion, garlic and so on. These vegetables require 14 to 16 hours of sunlight a day. The main vegetables in sunshine are: string bean, cucumber, pepper, eggplant, vegetable soybean early varieties, etc. These vegetables require 11 to 13 hours of sunlight a day. Short day vegetables are mainly: black-eyed bean, late soybean varieties, bean, lentil, chrysanthemum chrysanthemum, amaranth and so on. These vegetables require 9 to 12 hours of sunlight a day.

It is well known that the pattern of plants is related to light. After germination, if the seed grows in the dark, it is easy to form etiolated seedlings, the epicotyl is slender, and the cotyledon is not flat, and chlorophyll cannot be formed. When the plant receives light, chlorophyll is formed and the lamina begins to grow. The light will inhibit the elongation of the internode. So plant branches elongate in low light and shorten in high light. LED plant lamps have strong roots, encourage, adjust the color of flowering, promote fruit ripening and coloring, improve taste and quality. In recent years, LED plant growth lights continue to sell well in the world market. What are the advantages of popular indoor plant lights? 1. Uniform light distribution, improve the quality of vegetables Weizhao LED plant lamp lighting can guarantee a high average light transmission and achieve the same lighting level regardless of the location of the plants, thus enabling the plants to grow at the same speed and the same growth rate. Due to the high quality of LED plant growth lights, the light output is maintained at a very high level even after many years of use. 2. Low power consumption and high efficiency Weizhoye LED plant growth lamps consume less power than traditional fluorescent lamps. And it produces no heat, so the tubes can be placed close to the plants, meaning more layers can be set up in the same space. 3. Long service life and low cost The best led plant growth lamp can last up to 50,000 hours, so there is no need to replace the tube often, and there is no need to worry about plant growth lamp damage.

Plant growth lamp is a special lamp, according to the law of plant growth must need sunlight, and plant growth lamp is the use of sunlight principle, light instead of sunlight to plant growth and development environment of a lamp. After the application test, the wavelength of the plant lamp is very suitable for the growth, flowering and fruit of the plant. General indoor plants and flowers, will grow more and more poor with time, the main reason is the lack of light irradiation, through the spectrum of LED lights suitable for plants, not only can promote its growth, but also can extend the flowering period, improve the quality of flowers. And the application of this efficient light source system to greenhouse, greenhouse and other facilities such as agricultural production, on the one hand, can solve the lack of sunshine caused by tomato, cucumber and other greenhouse vegetables taste decline drawbacks, on the other hand, can also make the winter greenhouse eggplant vegetables ahead of the Spring Festival before and after the market, so as to achieve the purpose of anti-seasonal cultivation. 1, as a supplementary light, at any time of the day can enhance the light, can extend the effective lighting time. 2, no matter in dusk or night, can effectively extend and scientifically control the light needed by the plant. 3, in the greenhouse or plant laboratory, can completely replace natural light, promote plant growth. 4, completely solve the seedling stage to see the day to eat the situation, completely according to the seedling delivery time to arrange the time reasonably. LED plant growth lights control plant growth by regulating the light. The ability to consistently grow food locally represents a major breakthrough for humanity. Growing lights allow people to grow food indoors, making full use of waste space is also an efficient way to produce food.

In the planting circle, the plant fill light is quite a fire, many farmers in the planting time to use the plant fill light, to fill the light of the plant, to meet the requirements of photosynthesis on the light, to ensure the healthy growth of the plant, and people who do not know will ask the impact of the plant light on the plant is really so big? In the planting circle, the plant fill light is quite a fire, many farmers in the planting time to use the plant fill light, to fill the light of the plant, to meet the requirements of photosynthesis on the light, to ensure the healthy growth of the plant, and people who do not know will ask the impact of the plant light on the plant is really so big? The growth of plants depends on the organic matter produced by photosynthesis for their own growth. In addition to carbon dioxide and water, photosynthesis also needs light as a condition. If the light is insufficient to carry out photosynthesis, the plant will not be able to grow healthily, and even die in serious cases. The role of the plant fill light lamp is made according to the principle of absorption of sunlight by plants, and the plant fill light to meet the normal progress of photosynthesis. Especially in autumn and winter in the family planting or greenhouse planting, in order to healthy growth of flowers and vegetables, fill the light is necessary. In many cases, the organic matter produced by photosynthesis is not equal to the organic matter consumed by respiration and growth. People will try to increase the concentration of carbon dioxide to promote photosynthesis. At this time, if the supplementary light is added, the effect of photosynthesis will be stronger. The use of appropriate lighting and correct use method, for fruit and vegetable crops have the effect of increasing the yield increment and advance market, but also can improve the content of a variety of nutrients in crops, for flowers and plants have bright color and prolong the effect of flowering period. The growth of plants depends on the organic matter produced by photosynthesis for their own growth. In addition to carbon dioxide and water, photosynthesis also needs light as a condition. If the light is insufficient to carry out photosynthesis, the plant will not be able to grow healthily, and even die in serious cases. The role of the plant fill light lamp is made according to the principle of absorption of sunlight by plants, and the grow light to meet the normal progress of photosynthesis. Especially in autumn and winter in the family planting or greenhouse planting, in order to healthy growth of flowers and vegetables, fill the light is necessary.

LED plant growth lamp is a kind of artificial light source that uses LED (light-emitting diode) as light body to meet the lighting conditions required by plant photosynthesis. According to the type, belongs to the third generation of plant light lamps! In the absence of sunlight, this lamp can act as sunlight, so that the plant can grow normally or better. This KIND OF LAMP HAS STRONG roots, encourage, adjust the flowering period, color, promote fruit ripening, color, enhance the taste and quality of the role! Light environment is one of the indispensable physical environment factors for plant growth and development. It is an important technology in the field of facility cultivation to control plant morphogenesis through light quality regulation. Plant growth lamp more has the effect of environmental protection and energy saving, LED plant lamp to provide photosynthesis for plants, promote plant growth, reduce the time of plant flowering and fruit, improve production! In the modernization, it is indispensable for crops. LED plant growth lamp has the following main technical points: Picture Color temperature and lumen of plant lamp The color temperature and lumen of the plant lamp are seen by the human eye, and the photosynthesis of the plant to the light is not seen by the color temperature and lumen. Picture Effect of spectral range on plant growth 280 ~ 315nm: minimal impact on morphological and physiological processes 315 ~ 400nm: less chlorophyll absorption affects the photoperiod effect and prevents stem elongation 400 ~ 520nm (blue) : chlorophyll and carotenoid absorption ratio is the largest, which has the greatest impact on photosynthesis 520 ~ 610nm (green) : the absorption rate of pigment is not high 610 ~ 720nm (red) : low chlorophyll absorption rate, which has a significant impact on photosynthesis and photoperiod effect 720 ~ 1000nm: low absorption rate, stimulating cell elongation, affecting flowering and seed germination > 1000nm: converted to heat Photosynthetic Photon Flux (PPF) refers to the number of micromoles of photons emitted by artificial light sources per second in the wavelength band of 400-700nm, in umol/s. The PPF value measures both the total value of the lamp and the component at each interval of 100nm. This is because it is necessary to obtain the total PPF of the lamp, but also to understand the components of different wavelengths, that is, the light formula; It can only be measured using an integral sphere designed to test plant growth lamps

How to use led grow lights? LED grow lights can be used to supplement or replace sunlight for indoor plant growth. Here are the steps to use LED grow lights: Determine the size of the growing area: The size of the growing area will determine the size of the LED grow light you need. You can use online calculators to help determine the size of LED grow light that is appropriate for your growing area. Select the appropriate LED grow light: There are many different LED grow lights on the market, each with different specifications such as wattage, color spectrum, and coverage area. Make sure to select a LED grow light that meets your needs. Install the LED grow light: LED grow lights can be hung from the ceiling or placed on a stand above the plants. Make sure to position the LED grow light so that it is evenly distributed over the entire growing area. Set up a timer: LED grow lights should be on for about 12-18 hours per day to provide sufficient light for the plants. Set up a timer to automatically turn the LED grow light on and off. Adjust the height of the LED grow light: As the plants grow, you may need to adjust the height of the LED grow light so that it remains close to the plants but does not touch them. Monitor plant growth: Regularly check on your plants to ensure that they are growing as expected. If you notice any issues, adjust the height of the LED grow light or change the spectrum of light it provides. Note: It's important to note that not all plants are suitable for growing with LED grow lights, so make sure to research the specific requirements of the plants you plan to grow. For more details,contact amy@phlizon.net for details.

For greenhouse growers, haze days, low temperature weather is the most reluctant to encounter, continuous rainy weather, grass mat, cotton quilt can not be pulled up, resulting in weak plant growth, yield reduction, serious impact on economic benefits! The so-called plant growth lamp is in accordance with the natural law of plant growth, according to the principle of photosynthesis by plants using the sun, using light instead of sunlight to provide plant growth and development of a lamp, the current plant fill light is the use of fluorescent lamp, high-pressure sodium lamp, low-pressure sodium lamp, metal halide lamp, these light sources contain a large proportion of infrared and green light components, Plants need very little red and green light components, low light energy utilization, power consumption is very large, high operating costs. For greenhouse growers, haze days, low temperature weather is the most reluctant to encounter, continuous rainy weather, grass mat, cotton quilt can not be pulled up, resulting in weak plant growth, yield reduction, serious impact on economic benefits! The so-called plant growth lamp is in accordance with the natural law of plant growth, according to the principle of photosynthesis by plants using the sun, using light instead of sunlight to provide plant growth and development of a lamp, the current plant fill light is the use of fluorescent lamp, high-pressure sodium lamp, low-pressure sodium lamp, metal halide lamp, these light sources contain a large proportion of infrared and green light components, Plants need very little red and green light components, low light energy utilization, power consumption is very large, high operating costs. Therefore, the new energy-saving and efficient PHLIZON LED plant growth lamp was born! Plant growth lamp - the small sun in the greenhouse, in the rain and haze weather is no longer afraid, it can emit the necessary light for plant growth, promote photosynthesis, can make the greenhouse crop early market, improve crop sweetness and taste, improve crop quality!