Лампы для гроурумов, гроутентов, гроутеплиц
Phytolamps for growing plants
Hellfire
We produce phytolamps for growing plants called HELL FLAME = this is a special full-spectrum phytolamp for light-loving plants = meaning plants that require quality lighting, and in return from the plants = you get large harvests.
This is our own production: we ourselves purchase the best diodes directly from the factory and we ourselves attach them to the boards and assemble them into the best lamps for growing plants.
The right Phytolamps are really capable of providing plants with quality lighting necessary for photosynthesis and growth. In order to adapt lighting to the needs of specific plants and their growth phases, it is important to remember that maximum quality and natural lighting for plants can be achieved with the help of complex lighting, including various light spectra.
Hellfire = these are the largest lamps in our line, designed for large rooms and greenhouses, and there are 4 types of sizes:
1 meter * 60 cm,
1m*75cm,
1m*1m,
1200cm*1m
These lamps have proven themselves well both for growing micro greens and for harvesting marijuana
Phytolamps for growboxes = these are powerful lamps of a special spectrum, you can buy them in a slightly smaller size Here. and Side lighting = so-called Additional lighting (side, top) can be purchased Here.
You get the best ready-made lights for growing plants
Advantages of our phytolamps:
The widest design, which allows you to illuminate the farthest corners, the lamp area occupies the entire surface of the growbox. This design allows you to provide uniform and complete illumination of plants.
- The lamp is completely dismountable, when disassembled, takes up little space, consists of modules that are quickly removed and quickly replaced, they can be purchased and connected. The disassemblable design greatly simplifies maintenance and provides flexibility in lighting control. This approach allows you to quickly respond to the needs of plants in light and maintain optimal conditions for their growth. If you bought a small lamp and over time your growbox has increased in size, you can always buy larger fasteners and increase the lamp yourself.
- Phytolamps are equipped with additional connectors for connecting additional modules in the future. It is also possible to connect side lighting without buying another driver, but connect it directly to the driver from the lamp. This function allows you to significantly expand the lighting without additional costs. Such flexibility in connection helps to use lighting as efficiently as possible depending on the specific needs and conditions of plant cultivation.
- Unique development in our lamps it is heat dissipation, only in our lamps for each LED 18 cm2 of passive cooling is provided, which ensures effective heat dissipation. This approach allows the diodes to work for a long time at increased power for a long time, which contributes to their durability and stable performance.
- Advantageof our lamps is that there is no additional fan in their design, which leads to silent operation. Thanks to the passive cooling system, it is completely silent.
- Water resistance - The lamp design includes a waterproof power supply, which is installed outside the lamp and is easy to replace if necessary. The light panel uses sealing technology, so the entire plant growing lamp is waterproof. No need to worry about damaging the lamp in a humid planting environment.
- service maintenance
- Color Temperature (CCT): 2700K/3000K/4000K/5000K/660nm/730nm/395nm/460nm
- Diodes: the best = Samsung
- Power of lamps: 150,188,364,450,600,750,1000 and 1200 W
- Input voltage (V): 220V
- Operating temperature (℃): – 20 – 40
- Lifetime (hour): 88000
- Luminous output (μmol/J): 2.3
- PPFD µmol/(m2 s): 1250 at 30cm
- Lamp body material: aluminum alloy
- Waterproof: IP67
- brightness adjustment = dimmer: YES
- Application: Seedling, Vegetation, Flowering
- Driver = the best Mean Well
Height above plants:
- Seedlings: 50-75 cm.
- Vegetation: 45-60 cm.
- Flowering: 30-45 cm.
Recommended duration of illumination of plants per day:
- Vegetation (on/off): 18/6 or 20/4 hours
- Flowering (on/off): 12/12 hours
LIGHT SPECTRUM OF PHYTO LAMPS FOR GROWING LIGHT-LOVING PLANTS:
Lighting with a color temperature of 2700K typically has a warm yellow tint and is closer to the color of traditional incandescent bulbs. This spectrum brings great benefits to light-loving plants.
1.Flowering phase: During the flowering phase, plants need more red and orange light. Lighting with a color temperature of 2700K contains more red spectrum, which can promote better development of flowers and fruits, thereby increasing your harvest.
2. Additional lighting: If you already have primary lighting with a higher color temperature, such as 4000K or 5000K, adding additional lights with a color temperature of 2700K can help create a fuller spectrum of light for plants.
3. Impact on photoperiodism: Some plants respond to changes in the length of day and night, which is called photoperiodism. For some plants, such as flowers or edible leaf plants, lighting with a color temperature of 2700K can simulate a “warmer” period of the day and help stimulate flowering or the growth of succulent leaves.
Lighting with a color temperature of 3000K has a warm white light that has a yellowish tint.
1. Flowering phase: This type of spectrum contains more red and orange light, which promotes the development of flowers and fruits. Lighting of 3000K, as a rule, must be used in the flowering phase of the plant, as it stimulates the color formation processes. Such lamps are used to create favorable conditions for already grown plants.
Lighting with a color temperature of 4000K has a neutral white light.
1. This color temperature has a more balanced spectrum of light, which has a positive effect on the health of your plants. This spectrum helps the plant develop, both in the growth and flowering phases. 4000K lighting provides good illumination and promotes the progressive development of plants.
Lighting with a color temperature of 5000K has a cool white illumination with a bluish tint.
1. This spectrum contains more blue and green light, which promotes leaf growth and overall green mass of plants. 5000K lighting is usually used in the growth phase of plants, as it promotes photosynthesis and chlorophyll development. It has been noted that with this lighting, it is possible to grow seedlings with shorter, thicker stems and fleshy leaves. Stimulates the formation of organic matter. Accelerates the onset of flowering.
Light in the 660 nm range corresponds to red light.
It is very useful for growing light-loving plants, for example, we will take such a crop as marijuana. Here are some reasons why this lighting is important for this plant:
1.Flowering phase: It is known and proven that during the flowering phase of marijuana, red light plays a key role in stimulating the processes of color formation and flower development. It promotes an increase in the production of phytochrome, a photosensitivity pigment that controls the physiological processes of the plant.
2. Photosynthesis:marijuana plants also use red light for photosynthesis, the process by which plants convert light energy into chemical energy. Red light activates chlorophyll in plants, allowing them to efficiently absorb light to produce nutrients.
3. Stretch and growth: Red light can also help control the stretching and growth of marijuana plants. It promotes the development of roots and stems, which can lead to stronger, healthier plants.
Illumination in the 760 nm range corresponds to infrared light.
This is not necessary or useful for growing marijuana. Marijuana generally grows and develops best when using light in the visible spectrum, including blue (400-500 nm) and red (600-700 nm) light.
This range is not typically used for photosynthesis or to stimulate plant growth. It has a wavelength that is outside the spectrum that plants can effectively use for photosynthesis and other physiological processes.
Emerson amplification effect
As a result of correctly selected spectrum of diodes and its combination of 660 nm and 760 nm, there is an increase in the efficiency of photosynthesis - the Emmerson effect.
After all, this is exactly what sunlight is, and this can significantly increase the efficiency of quantum yield, or the efficiency of photosynthesis indoors:
- stimulate a more active and intensive growth of green mass and the production of chlorophyll, which will photosynthesize and produce nutrients, stimulate cell division;
- promote faster and more abundant flowering, as well as enlargement of fruits and the accumulation of necessary valuable substances in them.
Lighting in the 395 nm range, which corresponds to ultraviolet color, has the following benefits for growing marijuana:
1.Flowering phase: Lighting in the 395 nm range, which corresponds to ultraviolet light, can be useful during the flowering phase of marijuana. Ultraviolet light can stimulate the production of phytochromes, photosensitivity pigments that control physiological processes in plants.
2.Strengthening the immune system: Ultraviolet light can help strengthen a plant's immune system, making it more resistant to disease and pests.
3.Increased phytochemical content: Ultraviolet light can stimulate the production of phytochemicals such as flavonoids and terpenes, which give marijuana its distinct aroma and flavor and may also have medicinal properties.
4. Strengthening plant structure:helps strengthen the structure of plants, making them stronger and more resistant to damage.
5. Improving harvest quality: When used correctly, UV light can help improve crop quality, including increasing the content of active components such as cannabinoids.
6. Increased THC Levels:UV light can increase levels of THC, the main psychoactive component of marijuana.
7. Plant growth regulation: Helps regulate plant growth and development, including control of plant height and shape.
8.Improving the appearance of plants: Ultraviolet light can help improve the appearance of plants, making them more colorful and attractive.
9. Yield increase: Proper use of UV light can help increase marijuana yields.
10. Imitation of natural conditions: UV light can help mimic the natural conditions in which marijuana plants grow outdoors, which can have a positive effect on their growth and development.
Lighting in the 460 nm range, which corresponds to blue light, has the following benefits for growing marijuana:
1.Growth and vegetation phase: Blue light is the main spectrum of light, it is necessary to stimulate the growth and development of plants in the early stages of their life cycle. It promotes the formation of strong stems and leaves.
2. Photosynthesis: This light activates chlorophyll, the main pigment used by plants for photosynthesis. It helps plants absorb light energy and convert it into chemical energy necessary for growth and development.
3. Plant compactness: Using blue light can promote compact plant growth, which is especially useful in indoor growing systems with limited space.
4.Root system stimulation: Blue light can also stimulate root growth, which promotes better absorption of nutrients from the soil.
5.Increased photosynthetic activity: Blue light can increase photosynthetic activity in plants, leading to increased production of oxygen and carbon dioxide needed for plant life.
6.Photoperiod regulation: Blue light can be used to regulate the photoperiod of plants, allowing control over their growth and flowering phases.
7. Improved harvest quality: Proper use of blue light can help improve crop quality, including increasing phytochemical content, aroma and taste.
8. Elimination of unwanted stretching: Blue light can help prevent unwanted plant stretching, especially when there is insufficient light or improper lighting.
9.Energy Saving: Blue light has a higher energy efficiency than other light spectra such as red or ultraviolet.
10.Improving overall plant health: Proper use of blue light can promote overall plant health, improving their immune system and disease resistance.
It is recommended to use lights with the optimal spectrum for marijuana, which includes blue and red light, as well as other spectrums suitable for different stages of plant growth.
It is important to note that the choice and optimal lighting for marijuana may depend on the specific strain, growth phase, and other factors. It is recommended to conduct additional research, consult with experienced gardeners or marijuana growers to determine the best lighting methods to achieve the desired results.
Мощность светодиода | 0,5 Вт |
мощность | 720 W |
размеры ламп | 60 х 100 см |



