Greenhouse Tomato Planting Trough

(1) The Dutch model of soilless cultivation can achieve early maturity and improve crop yield.

(2) Because the Dutch model of soilless cultivation does not use farmyard manure, and there are fewer pests and diseases, and does not use a lot of pesticides, the products produced are safe, clean and pollution-free.

(3) The Dutch model of soilless cultivation also has the advantage of saving time and labor, because there is no need for soil cultivation, weeding and fertilization, and the workload of field management is greatly reduced. The supply of nutrient solution is also automatically controlled, which improves the working conditions and reduces the labor intensity.

(4) Because the Netherlands is under manual control, through scientific management to ensure the maintenance and water supply, which greatly reduces the waste of water fees, Dutch model cultivation can save more than 50% of water and fertilizer than traditional soil cultivation.

(5) Dutch model soilless cultivation can avoid soil continuous cropping obstacles. In the process of cultivation in protected areas, due to the limitations of some facilities and conditions, in order to strive for higher yield and benefits, frequent soil continuous cropping has led to serious soil borne diseases, intensified soil salinization, soil acidification and other phenomena, while Dutch model cultivation can effectively avoid the above phenomena.

(6) The Dutch model of soilless cultivation can make full use of land and space. Dutch model cultivation is not only suitable for factory production, but also for Dutch cultivated flowers, vegetables and bonsai viewing on the roof, balcony and corridor. It can not only increase income, but also beautify the environment and add fun to life. In addition, Dutch model cultivation can also be carried out in areas where soil planting cannot be carried out, such as deserts, saline alkali lands, barren mountains and areas with serious soil pollution, which is of great significance to solve the vegetable supply in these areas. Using space for multi-layer high-efficiency cultivation can also improve the space utilization rate.