Author name: Wellyou Tech

As liquid fertilizers become a central component of modern fertigation systems, maintaining product stability has become a critical challenge for manufacturers and distributors worldwide. In cold storage conditions or during seasonal temperature fluctuations, liquid fertilizers may occasionally develop crystals or sediment, which can affect nutrient uniformity and in some cases interfere with irrigation systems. While …

How to Prevent Crystallization in Liquid Fertilizers? Read More »

In recent years, γ-aminobutyric acid (GABA) has rapidly emerged as one of the most promising green biostimulants in modern agriculture. Its ability to improve nutrient efficiency, enhance stress resistance, and support sustainable crop production has earned it high-level recognition from national regulatory authorities, universities, and scientific research institutions in China. As global agriculture continues shifting …

γ-Aminobutyric Acid (GABA) –a Green Fertilizer Enhancer Read More »

As global agriculture shifts toward greener, safer, and more sustainable production systems, bio-based agricultural inputs are rapidly becoming essential. Among these, chitosan oligosaccharide (COS)—a low-molecular-weight derivative produced from the degradation of natural chitin—has emerged as a highly effective, eco-friendly agricultural bio-stimulant. With advantages such as biodegradability, non-toxicity, and zero chemical residue, chitosan oligosaccharide plays a …

Chitosan Oligosaccharide: A Powerful Natural Solution for Sustainable Agriculture Read More »

In modern agriculture, fertilizer efficiency is no longer defined by how much nutrient is applied—but by how much the crop can actually absorb. Traditional fertilizers often achieve less than 30% nutrient use efficiency, meaning most nutrients are lost through volatilization, leaching, or soil fixation. Specialty fertilizers are rewriting this equation. Their efficiency comes from the …

The Efficiency Code of Specialty Fertilizers: The Science Behind Additives, Chelation, and Carrier Technologies Read More »

Across global agriculture, growers are facing increasing pressure to achieve stable yields, improve crop quality, and protect soil health—all while adapting to extreme weather and reducing chemical dependency. In this shift toward more sustainable and resilient farming systems, humic acid is stepping into the spotlight as a next-generation biological solution. Today, humic acid is no …

Humic Acid in the “Function+ Era”: Precision Solutions for Stronger Crops and Healthier Soils Read More »

Zinc sulphate is one of the most important zinc sources in modern agriculture. Such as compound fertilizers, water-soluble fertilizers, foliar nutrition programs, and functional fertilizer formulations. Unlike general industrial ZnSO₄, agricultural-grade zinc sulphate places far higher requirements on purity, heavy metal control, solubility, and long-term crop safety. These quality differences are not accidental — they …

Agricultural-Grade Zinc Sulphate Manufacturing Process Read More »