ICEVER have a 12-person R&D team and 5 production and quality control departments to ensure the innovation and quality of our products. Our products are loved by customers from all over the world for their extremely high quality and perfect technical support. By 2023, we have supplied products to more than 600 customers from all over the world, including individual growers, farms, merchants and many suppliers. We are also very thankful to you for your trust and choosing us, and hope that we can sincerely cooperate with each other in the future.
ICEVER have a 12-person R&D team and 5 production and quality control departments to ensure the innovation and quality of our products. Our products are loved by customers from all over the world for their extremely high quality and perfect technical support. By 2023, we have supplied products to more than 600 customers from all over the world, including individual growers, farms, merchants and many suppliers. We are also very thankful to you for your trust and choosing us, and hope that we can sincerely cooperate with each other in the future.
Quality LED chip is core of full spectrum led grow lights. Some grow lights on the market employ chips from tiny manufacturers or are counterfeit. Although this saves costs and allows for lower prices, their long-term performance is frequently unstable. Because human eyes cannot precisely distinguish between light properties, consumers may first fail to perceive quality changes in LED chips. However, plants are extremely sensitive to light form grow lights, and low-quality chips can have a direct impact on plant growth.



Blue and red light have long been mainly employed in horticulture lighting since it is well known that plants absorb them more efficiently. Other wavelengths, including green, have, however, attracted little interest. From Samsung's vantage point, different wavelengths are really crucial for the general development of plants. Many both internal and outside experimental research have confirmed this. Although chlorophyll absorbs red and blue light mostly, green light absorption is less; about 80% of green light passes through the chloroplast (Terashima, 2009). This lets green light find deeper chloroplasts within the leaf (Sun, 1998). The "backscattering effect" (Vogelmann, 2008) produced by the dispersion of green light inside the leaf expands the pathway of green light photons inside the leaf, thereby expanding the possibilities of chloroplast absorption and hence improving photosynthesis. This perspective is consistent with the conventional wisdom that says plants mostly absorb red and blue light; nonetheless, past research sometimes neglected green light because of its reflection by chloroplasts. Combining blue, green, yellow, and certain red wavelengths (660 nm and 730 nm), a full-spectrum white LED can offer ideal lighting for improved plant growth.
