This article focuses on the application of Shanxi Jinfeng’s compound agricultural solutions—combining humic extract fulvate, amino acid for plants, and dry humic acid—in facility agriculture, aiming to solve the core problems of high-temperature stress, low light, and soil-borne diseases in greenhouses. It clarifies the different functional positioning of humic acid and fulvic acid: humic acid stabilizes soil environment, while fulvic acid enhances nutrient transport and stress resistance. The article explains how Jinfeng’s compound formula, through the synergy of humic acid, fulvic acid, and amino acids, improves crop photosynthesis efficiency by 25%, reduces stress-induced yield loss by 40%, and shortens the growth cycle by 7-10 days.
Facility agriculture, as the core of modern intensive agriculture, has greatly improved crop yield and output stability, but it also faces unique environmental stress challenges. In greenhouses, high temperature in summer can cause crop wilting and flower drop; low light in winter reduces photosynthesis efficiency; continuous cropping leads to soil-borne diseases and nutrient imbalance. These problems often result in a 20-30% yield reduction, which has become a bottleneck restricting the development of facility agriculture.
Shanxi Jinfeng Bio-Technology, based on the deep understanding of crop stress resistance mechanisms, has developed a humic and fulvic acid supplement compound formula that integrates humic extract fulvate and amino acid for plants, creating a “triple protection shield” for facility crops.
To understand the power of this compound formula, we must first clarify humic vs fulvic acid—the two core components. Humic acid, with its large molecular structure, is like a “soil stabilizer”: it can improve soil aggregate structure, increase water and fertilizer retention capacity, and regulate soil temperature, creating a stable rhizosphere environment for crops . Fulvic acid, as a small molecular fraction of humic acid, is a “nutrient transporter” and “stress resistance enhancer”: it is 100% water-soluble, can quickly penetrate the root epidermis and leaf cuticle, transport nutrients directly to cells, and stimulate the synthesis of stress-resistant enzymes in crops . Jinfeng’s humic extract fulvate uses a patented ratio of 7:3 (humic acid: fulvic acid), which not only retains the soil improvement effect of humic acid but also exerts the rapid stress resistance of fulvic acid.
The addition of amino acid for plants further amplifies the stress resistance effect of the formula. Amino acids are the basic units of plant proteins, and specific amino acids (such as proline and glycine betaine) can directly improve the osmotic adjustment ability of crop cells, enhance their tolerance to high temperature and low light. The synergy between amino acids and humic-fulvic acid is remarkable: amino acids promote the absorption of humic acid by crops, while humic acid protects amino acids from being decomposed by soil microorganisms, extending their validity period by 2-3 times. In a greenhouse tomato trial in Shandong, the application of Jinfeng’s compound formula increased the tomato’s photosynthesis rate by 25% under low light conditions (50% of natural light), and the fruit setting rate was 32% higher than that of the control group without the formula .
The practical value of this formula is more prominently reflected in solving the problem of continuous cropping in facility agriculture. Continuous cropping of the same crop in greenhouses will lead to the accumulation of pathogenic bacteria and the imbalance of soil nutrients, resulting in serious soil-borne diseases such as root rot. Jinfeng’s humic extract fulvate can inhibit the growth of pathogenic bacteria by adjusting the soil microbial community structure—field data shows that the number of root rot pathogens in the soil after application is reduced by 60%, and the incidence of crops is controlled below 5% . At the same time, the compound formula replenishes the trace elements (iron, zinc, manganese) that are easily deficient in continuous cropping soil, and combines with eddha chelate iron to solve the problem of yellowing leaves caused by iron deficiency in alkaline greenhouse soil. A cucumber grower in Hebei, Mr. Li, shared his experience: “After 5 years of continuous cropping, my cucumber roots often rot, and the leaves turn yellow. After using Jinfeng’s formula for one season, the dead seedlings are gone, the cucumbers are straight and bright, and the yield has increased by nearly 40%.”
Adapting to the development trend of facility agriculture, Jinfeng has also launched a liquid version of the compound formula, which is perfectly compatible with the water and fertilizer integration system. With the global popularization of drip irrigation technology (over 290 million hectares of farmland have adopted it), liquid fertilizers have become the mainstream of the market, accounting for 51.78% of the registration volume in 2023 . Jinfeng’s liquid compound formula has no sediment and will not block the drip irrigation nozzle. It can realize “one-key precise fertilization” through the intelligent fertilization system, reducing labor costs by 25% for growers. The product has passed the EU REACH certification and is exported to the European market, becoming the first choice of many large-scale facility agricultural bases.
Q1: I grow strawberries in a greenhouse. In summer, the temperature in the shed often exceeds 35℃, leading to flower drop and small fruits. Can Jinfeng’s humic and fulvic acid supplement solve this problem? How to apply it?
A1: High-temperature stress is a common problem in strawberry cultivation, and our compound formula is specially designed to deal with this situation. The fulvic acid in the formula can quickly stimulate the strawberry to produce heat-shock proteins, reducing the damage of high temperature to flower buds; amino acids increase the osmotic pressure of cells, preventing water loss and wilting of strawberries. The recommended application method is: use the liquid version of the formula, dilute it 500 times and apply it through drip irrigation, once every 7 days, 2-3 times in a row during the flowering period. In a strawberry greenhouse trial in Zhejiang, this method reduced the flower drop rate by 45% and increased the average fruit weight by 18%. You can also spray the leaves with a 800-fold dilution at noon when the temperature is high to achieve a faster cooling and stress-relief effect.
Q2: Humic vs fulvic acid – For my greenhouse with serious soil hardening, should I choose pure humic acid or your humic extract fulvate compound formula?
A2: We recommend the humic extract fulvate compound formula. Soil hardening in greenhouses is usually accompanied by problems such as poor nutrient absorption and weak crop growth, which cannot be solved by pure humic acid alone. Pure humic acid can improve soil structure, but the effect is slow, and it takes 2-3 months to see obvious changes. The compound formula combines the soil improvement effect of humic acid and the rapid nutrient supply of fulvic acid: while humic acid is slowly repairing the soil, fulvic acid quickly transports nutrients to the roots, promoting crop growth, and avoiding the problem of “improving soil but reducing yield” in the short term. Data shows that the compound formula can reduce soil bulk density by 15% within one month, and the crop growth rate is 20% higher than that of pure humic acid application.
Q3: Can the amino acid for plants in your compound formula be used for organic strawberry cultivation? Are there any certification documents?
A3: Absolutely! The amino acids in our formula are derived from plant sources (soybean meal fermentation), without any synthetic additives, and fully meet the standards of organic agriculture. The product has obtained the China Organic Product Certification and the EU Organic Certification (EC 834/2007). You can download the certification documents through the “Product Certification” column on our official website. Many organic strawberry bases in Yunnan and Shandong use our compound formula, and the strawberries produced have bright colors, sweet tastes, and their selling prices are 30% higher than ordinary strawberries. Moreover, our product has passed the heavy metal detection, and the content of lead, arsenic and other indicators is far lower than the national standard, ensuring food safety.
