Drip irrigation equipment

Qingzhou Xingnong Water saving Irrigation Equipment Co., Ltd. is a manufacturer of drip irrigation equipment in Shandong. The company's main products include water-saving irrigation, micro spraying, drip irrigation belts, drip irrigation pipes, fertilizing devices, filters, hanging micro spraying, sprinkler irrigation, drip irrigation, patch drip irrigation belts, sand and stone filters, mesh filters, centrifugal filters and other equipment. We undertake water-saving irrigation technology guidance, water-saving irrigation project design and construction.

In the new micro irrigation system, a good technical model can help farmers to accurately design and manage various production technology links of crops, thereby achieving increased yield, cost savings, efficiency, and income. For example, the impact of micro irrigation technology on fertilizers is that due to limited water volume, the amount of fertilizer that can be dissolved by water is also limited. If there is too much fertilizer, it can be harmful to crops, so it is necessary to reduce the amount of fertilizer applied. Furthermore, the application of irrigation and fertilization technology has undergone changes in variety, cultivation, soil management, and other aspects, and diseases and pests have also been well controlled. In traditional root splitting experiments in plant physiology, it has been found that if one side is constantly dry, the plant may die, so it is necessary to irrigate while drying. Thus, the concept of alternate irrigation was proposed.
The local water supply of the root system is divided into dry and humid zones. Due to soil drought in dry areas, it can stimulate the root system to produce a portion of ABA. It is a very important factor in drought signals, which can reduce leaf surface opening and only irrigate half of the root system, resulting in a decrease in moist surface and ineffective evaporation. In addition, lateral seepage and deep seepage will also decrease, especially when irrigation is just starting. Simultaneously alternating between dry and wet zones can efficiently utilize the water and nutrients in the root zone, thereby achieving the effect of water conservation and optimal production.