There are many advantages and uses of drip irrigation pipes. As long as they are mastered well, they will be brought into full play in our use process. One of the advantages may be easily overlooked by everyone, that is, it can control its temperature and humidity. How is it controlled? Next, let's take a brief look at it.

The traditional furrow-irrigated greenhouse has a large amount of water at one time, and the surface remains moist for a long time. Not only does the greenhouse temperature and ground temperature drop too fast, but the recovery is slow, and the evaporation increases and the indoor humidity is too high, which is easy to cause vegetable or flower diseases and insect pests. Because drip irrigation belongs to local micro-irrigation, most of the soil surface remains dry, and the dripper evenly and slowly supplies water to the root soil layer, which has obvious effects on maintaining and rising ground temperature, reducing water evaporation, and reducing indoor humidity. The drip irrigation under the film is used, that is, the drip irrigation pipe (belt) is arranged under the film, and the effect is better.

In addition, the drip irrigation pipe can perform high-frequency irrigation due to its convenient operation, and the outflow hole is small, the flow rate is slow, the irrigation time is relatively long, and the soil moisture change range is small, so it can be controlled that the soil in the root zone can be kept close to the temperature for a long time. Humidity suitable for the growth of vegetables, flowers, etc. Due to the control of indoor air humidity and soil humidity, the occurrence of pests and diseases can be significantly reduced, and the amount of pesticides can be reduced.

When controlling the temperature and humidity of the drip irrigation pipe, we need to consider some external factors, and we need to master the correct operation and use methods. After all, different situations are different when using them, so we should operate according to the actual situation. and processing.