136-cell seedling trays

In the application of floating trays, through this natural governance method, the water body is deeply purified and the ecological environment is deeply served. The use of floating trays can not only remove eutrophic substances such as nitrogen and phosphorus in the water, but also increase the dissolved oxygen in the water body, which effectively improves the water quality and promotes the growth of aquatic plants and other organisms. Aquatic plants absorb nutrients in the water through their roots, convert excess nutrients into organic (mainly organic) substances, and reduce the eutrophication of water bodies. This biological and chemical process is a self-regulating natural service mechanism that plays an important role in maintaining ecological balance.
In addition, the reliable design of the floating tray can effectively reduce the surface temperature of the water body. During the high temperature in summer, the water temperature above the floating tray is lower, which helps plants grow in a suitable environment and avoids damage to plants caused by overheating. This cooling effect is not only conducive to the healthy growth of plants, but also effectively reduces the problem of insufficient oxygen caused by excessive water temperature.
In terms of floating seedlings, the use of the immersion characteristics of the floating tray can effectively avoid the problem of uneven watering during artificial watering. With the support of buoyancy in the water, the plant roots can evenly absorb water and nutrients, avoiding too much or too little water in the soil. In addition, due to the direct supply of water, floating seedlings can greatly shorten the growth cycle, which makes it a very effective seedling method in modern agriculture. For example, vegetables and plants grown using floating trays can grow within a month. The growth cycle with a suitable speed not only increases the yield, but also reduces the labor input and improves the overall planting efficiency.
The use of floating trays is not only for the cultivation of aquatic plants, but also can be applied to agriculture, horticulture and other industries, especially in seedling cultivation and plant propagation. Floating tray seedling cultivation has strong adaptability. Whether it is large-scale agricultural production or family vegetable gardens, this innovative method can achieve effective planting. At the same time, due to the water-saving and energy-saving characteristics of this method, floating trays also have a positive effect on environmental protection, especially in areas with tight water resources.
With the continuous development of technology, the design and use of floating trays are becoming more and more intelligent. For example, some modern floating trays are equipped with intelligent monitoring systems that can monitor water quality, temperature, plant growth conditions, etc. in real time, helping users to fine-tune water quality and confirm that plants grow under optimal conditions. This highly automated system not only improves production efficiency, but also reduces manual intervention, providing users with a more convenient user experience.
In summary, floating trays can not only effectively purify water quality, but also provide an excellent growth environment for plants, improving planting efficiency and quality. In modern agriculture, ecological services, aquatic plant cultivation and other industries, floating trays have broad application prospects and are a sustainable development solution worth investing in.