Salt Delete

Balanced Nutrition + Targeted Salt Removal: A Dual Solution for Saline-Alkali Soil Improvement and Crop Stress Resistance

A scientific formulation of small molecule organic acids, amino acids, fish protein peptides, and NPK, integrating high concentrations of organic and inorganic nutrients. This is not a simple combination of ingredients, but a deep synergy of "targeted salt removal + balanced nutrition supplementation". Leveraging premium ratios including small molecule organic acids 300g/L, amino acids 88g/L, NPK 100g/L, along with a specific gravity of 1.15, it effectively alleviates soil salt stress, improves saline-alkali soil texture, adapts to all growth stages of various crops, and supports high yield and quality in green agriculture.

1. Mutual Empowerment: Enhancing Salt Removal and Nutrient Synergy. Small molecule organic acids (300g/L) can directionally chelate excess salt in the soil, accelerate salt leaching, and reduce soil salt concentration at the source. Amino acids (88g/L) and fish protein peptides (20g/L) not only enhance the salt-removing activity of organic acids but also provide easily absorbable organic nutrition to crops. Combined with NPK (100g/L) inorganic nutrients, this achieves "salt removal without nutrient loss", while activating soil microorganisms and optimizing nutrient cycling efficiency.

2. Targeted Salt Removal: Alleviating Salt Stress. Small molecule organic acids possess strong chelating ability, locking onto free salt ions in the soil, reducing salt damage to crop roots, and alleviating salt stress symptoms such as wilting and yellowing. The synergy of amino acids and organic matter (200g/L) improves soil colloid structure, inhibits surface salt accumulation, reduces soil salinization, and creates a suitable environment for crop root growth, suitable for saline-alkali land and continuous cropping plots with salt accumulation in protected cultivation.

3. Balanced Nutrition: Supporting Growth and Quality Improvement. NPK (100g/L) provides balanced nutrition, meeting the multi-stage nutrient demands for crop root, stem, and leaf growth. Amino acids act as chelating agents, promoting nutrient absorption, reducing nutrient loss, and improving fertilizer use efficiency. Fish protein peptides, preserved through low-temperature enzymatic hydrolysis, supply high-quality organic nutrition. Combined with high-content organic matter, this improves crop quality, helping crops grow robustly in saline-alkali environments and increasing yield.

4. Stress Resistance and Plant Protection: Enhancing Adaptability. The synergy of fish protein peptides and amino acids strengthens crop resistance to salt, drought, and cold, effectively alleviating growth retardation caused by salt stress, and helping crops maintain stable growth under adverse conditions such as saline-alkali stress. At the same time, it optimizes the root growth environment, promotes root development, enhances plant stress resistance and nutrient absorption capacity, and reduces the occurrence of physiological diseases.

5. Long-term Soil Improvement: Adapting to All Cultivation Scenarios. The product reduces soil salt content, optimizes the physical and chemical structure of saline-alkali soil, improves soil porosity, alleviates soil compaction, while supplementing organic matter (200g/L), enriching soil microbial communities, and promoting the formation of soil aggregate structure. The specific gravity of 1.15 ensures easy dispersion and spraying, adapting to various application methods such as drip irrigation and fertigation, compatible with various saline-alkali land and protected cultivation scenarios, achieving long-term integration of salt removal and soil improvement.

Expert Advice: Suitable for saline-alkali soil improvement and soil conditioning for continuous cropping salt accumulation in protected cultivation, adaptable to all growth stages of various crops. It is recommended to apply via drip irrigation or fertigation, adjusting the dosage according to the degree of soil salinization, and using in combination with conventional fertilizers to achieve efficient salt removal and nutrient supplementation, maximizing the effect of quality and yield improvement.