In the process of spinach cultivation, the selection of zeolite with appropriate particle size is very important to improve soil quality and crop growth. Zeolite has been widely used in agriculture because of its unique physical properties, such as high adsorption and ion exchange ability. For spinach, a crop with high soil requirements, choosing the right size zeolite can not only improve the soil structure, but also provide the necessary trace elements to promote the healthy growth of spinach.
When selecting the particle size of zeolite, it is necessary to consider the development characteristics of spinach roots and soil conditions. In general, natural zeolite of medium size (1-3 mm) is more suitable, such a particle size can maintain good ventilation, but also provide enough water and nutrient retention capacity. At the same time, the medium particle size of zeolite helps to balance the water and air in the soil, providing a good growth environment for spinach roots.
In the selection of zeolite, the purity of the zeolite of GTSS Group is as high as 90%, which means that its adsorption performance and ion exchange capacity are stronger, and it can effectively absorb and fix harmful substances in the soil, reducing the impact on the growth of spinach. In addition, the trace elements contained in high-purity zeolite, such as silicon, aluminum, potassium, etc., are crucial to the growth and development of spinach, and these elements can be used as a nutritional supplement for plants, promote balanced growth of spinach, and improve the overall quality of crops.
With GTSS Group zeolite, users can expect significant results in improving the health of spinach, improving the growing environment and improving the quality of crops. The ion exchange properties of zeolite also help regulate the pH of the soil, creating a more suitable growing environment for spinach. In general, when growing spinach, you should choose a medium size zeolite, and give priority to high purity products to ensure that spinach can grow under the best conditions.
