Clip LED Grow Light

East Graces has been involved in LED development since 2008, obtain the IEC 62471 of LED product safety in 2016. We are a professional producer at led modules, power supplies and different kinds of component for electronic and lights. Concentrated in LED core area expansion, Plant Light to improve agricultural industry efficiently furthermore.

Blue light: The use of blue light stimulates the opening of the stomata - tiny openings on the leaves that control the uptake of carbon dioxide and water loss. Blue light also promotes the growth of thicker leaves, but the plants aren't as tall as they may be under different light colors.
Red light: Red light can help to start the flowering process as well as keep it going for longer. Red light alone also tends to make plants grow tall, but they have a stretched, elongated appearance and smaller leaves - often considered undesirable growth characteristics by themselves.
Far-red light: If there is too much far-red light by itself, a plant will think it's in the shade. However, some far-red light can help in the flowering process.
Green light: While green light tends to be the least efficient for photosynthesis, it is still useful for the process. Greenlight can penetrate deeper into the leaf, and it can get to the lower leaves of a plant better than other colors of light, helping the lower leaves to photosynthesize as well.
Orange light: Orange light toward the red end of the color spectrum can help encourage plants to photosynthesize. A portion of chlorophyll B tends to favor this light color.
Yellow light: Yellow light by itself is not an integral part of photosynthesis, but some plant pigments can absorb it, and it can help some plants to flower. However, yellow light tends to make a plant grow lanky with a big internode length - the space between the branches on the primary stem of a plant.
Ultraviolet (UV) light: UV light can also aid in regulating plant growth. While plants develop smaller leaves and shorter stems with UV light alone, the light does produce thicker leaves and tends to enhance leaf coloration - especially plants that have purplish colored leaves.
Plants may react differently to each light treatment depending on the species or variety. A plant may also require different lighting depending on the stage it's in, such as whether it's in the flowering stage or the vegetative stage.

Attaching a clip-on grow light to your houseplant is a breeze! First, find a suitable spot near your plant where you can easily secure the light. Look for a sturdy stake, your plant's support structure or even the pot. I also like the style that is on a freestanding stake and I can push it into the soil of the planter.
Once you've found the perfect spot, open the clip and gently position it so that it is several inches above the plant. Make sure the clip is securely fastened, ensuring the light won't slip or fall.
Adjust the angle of the light to ensure it's shining directly on your plant's foliage. Don't worry about getting it exactly right on the first try; you can always fine-tune the positioning later. Once you're satisfied with the placement, plug in the grow light and switch it on.
Consider the light output by checking the wattage and lumen of the grow light bulb. Make sure that it is appropriate for the size of your dark room and that it meets the light requirements for you plants. Try using multiple bulbs, if needed! You'll also need to adjust the position of the fixture so that it directs the light to your plants. Depending on the type of fixture, you may be able to adjust the height or angle to optimize light distribution. A practical example of this would be swinging the adjustable heads of a funky desk lamp so that it is angled directly towards your cactus.
Just like the sun rises in the east and sets in the west, plants need nighttime, too. Use a timer or a smart plug to control the on/off schedule of the grow light. Most plants require between 12-16 hours of light per day, so set the timer accordingly to mimic a natural day-night cycle.

The unique feature of the SANSI Clip-on Plant Growth Light lies in its professional optical lens design. The optical lens changes the angle of light dispersion, focusing the light onto the plants rather than illuminating unnecessary areas indoors, thereby avoiding uncomfortable glare. Due to the optical lens design, under the same power conditions, it can provide 3-4 times the light intensity of ordinary plant lights.
When the plant lamp illuminates the plants at a height of 1ft, the light intensity reaches an astonishing 97 umol/s/m2, while other products usually only provide 20-35 umol/s/m2.
It adopts a standard E26/E27 lamp base design, which allows for easy replacement, and each lamp head can be controlled independently, making it very convenient to use.
The lamp head of this product is made using ceramic heat dissipation technology, creating a spotlight bulb with an ultra-long lifespan of 25,000 hours.
The fixture has a clip design, which is a high-strength structure made of steel and carbon steel springs. It can be clipped onto the edge of a table, window sill, plant rack frame, or fixed on the wall-mounted planting board (floating shelves), practically anywhere you can think of. This fixing structure is truly practical.
With a gooseneck hose structure design, it is a flexible and bendable support component made of carbon steel and galvanized iron wire, with excellent flexibility. We can adjust the angle of the light to illuminate the plants as desired.
It is perfect for indoor cultivation of tropical plants, succulents, orchids, cacti, and other small plants. The Clip-on series plant light comes in 4 different specifications: single-head, double-head, triple-head, and quadruple-head. You can choose the appropriate specification based on the number of plant pots you need to supplement light. We recommend using one lamp head for each planting pot. If you have larger individual plants, we suggest choosing the triple-head or quadruple-head specifications for the supplemental light. This ensures more even lighting in all directions and avoids plants growing towards the light.