Background:

In field crops, fertilizer is needed to promote growth. However, it is important to note that maintaining the balance of soil nutrient structure through soil NPK sensor is the way to improve crop yield.

Blind fertilization will backfire if it results in soil nutrient imbalance in the field. It's not just the crops, it's the soil.

Therefore, in the process of planting crops in the field, farmers should fertilize according to demand, reasonable fertilization. According to the results of soil NPK sensor test to make a reasonable fertilization plan.

Overapplication of potassium is known to affect crop growth and damage soil structure. If too much phosphorus is applied, the soil becomes sulphur deficient and the crop may become chlorinated.

Too much nitrogen can stunt crop growth and produce toxic nitrites that affect crop quality. So accuracy is very important when it comes to crop fertilizers.

Soil NPK detector:

Soil NPK sensor is commonly used in modern agricultural production to assist farmers in rational fertilization equipment, it can determine the soil nutrient structure. Learn some basic facts about the soil and test the nutrient content in the fertilizer.

That is, soil nitrogen, phosphorus and potassium detector you can let the user clearly know the soil available phosphorus, potassium and organic matter, total nitrogen, pH value, water, soil salt and so on.

It also lets users know the composition of nitrogen, phosphorus, potassium, available nitrogen, phosphorus and organophosphorus remaining in the fertilizer.

It can let users know what they lack in the field, let users know the formula, improve the quality of chemical fertilizer products, and supplement soil nutrients. This is the role of soil NPK detector in crop planting.

Do we now understand the role of soil NPK detector in crop management in the field? To know the soil nitrogen, phosphorus and potassium detector is not only convenient to carry, but also the use of technical personnel can quickly get the determination results.

It greatly improves the efficiency of soil and fertilizer testing, and also has a positive impact on agricultural production.