Pellet powder is the core basic material of seed pellet technology. It is also a tailor-made shaping carrier, nutritional supplement and protective barrier for seeds, rather than a simple filler. It is developed around the growth characteristics and seedling raising requirements of small and irregular-shaped seeds. Through scientific formula design and strict process control, it has excellent wrapping, shaping and functional properties. It is widely used in various types of seeds and is a key support for solving the pain points of seedling raising and improving planting efficiency.
We use high-quality granular powder, which is produced through precise raw material blending and refined production processes, ensuring a higher compatibility between seeds and the powder. The mainstream approach is to adopt a scientific ratio of a dual-powder system, with some incorporation of herbal and biological extracts to enhance protective properties. The raw materials are dried, ultra-finely ground to the specified fineness, and then undergo processes such as static electricity removal and forced mixing. This ensures that the powder can closely adhere to the seed surface for granulation and shaping, while also retaining tiny pores to create a micro-environment that locks in moisture and allows for air circulation. In a dry state, the hardness meets the standard, and upon contact with water, it can disintegrate or crack at the appropriate time according to the germination rhythm, fully meeting the requirements of seed granulation processing and germination.
Granular powder empowers seedling cultivation from multiple dimensions, with prominent core values. Physically, it can wrap small and irregular seeds into uniformly sized spheres, suitable for mechanical precision sowing, ensuring There is a core in each pellet product, avoiding seed waste and ensuring uniform seedling emergence. Functionally, it can adsorb and carry fungicides, nutrients, etc., forming a protective circle and providing initial nourishment for seedlings, enhancing their stress resistance. Environmentally, it can retain water and allow air circulation, preventing seed rot, and creating suitable conditions for seed germination in different soil environments. Ultimately, it achieves improved seedling quality and increased planting efficiency, promoting the development of modern agricultural seedling cultivation towards precision and labor-saving.
