What is BPA High-Efficiency Active Organic Fertilizer? Product Introduction

BPA High-Efficiency Active Organic Fertilizer is a new type of fertilizer. It is made from poultry and livestock manure and other organic raw materials, inoculated with special microbial strains, and under the action of a Bio-Plus Activator, undergoes cultivation, reproduction, rejuvenation, deodorization, activation, harmless treatment, effective treatment, and drying to produce a high-efficiency active organic fertilizer. Product Features: 1. Deodorizing, pollution-free, environmentally friendly, and harmless to humans and animals. After farmyard manure and livestock manure are fermented through microbial action, the fertilizer odor is completely eliminated. This feature has been recognized by experts as reaching leading domestic and international standards. 2. Improves soil. Especially for the compacted soil in the south where excessive chemical fertilizers are used, it can effectively improve soil quality, increase granular structure, and benefit plant root growth and nutrient supply. 3. Increases the soil's cation exchange capacity and the soil's nutrient retention capacity. 4. Increases yield and improves quality. 5. Reducespests and diseases. The secretions and functional compounds of microorganisms can eliminate pathogens in the soil, make plant roots grow more robustly, and improve crop resistance topests and diseases, therefore pesticide use can be reduced or eliminated. It is the best fertilizer for current pollution-free vegetables, green foods, fruits, grains, and other crops. 6. Contains more than 20 beneficial microbial flora, large amounts of chelates needed by plants, and functional compounds such as biological enzymes and growth promoters beneficial to soil. 7. Organic matter content 25%, rich in humic acid and fulvic acid. 8. Contains various trace elements needed by plants and plant growth regulators, enabling plants to receive balanced fertilization. 9. Long-lasting fertilizer effect, especially effective for long-growing crops, and with long-term application to subsequent crops, the effect is even more significant.