High Content Amino Acid Powder Plant Nutrient Additives AS-5

Supplement amino acids: Amino acids are the basic constituent units of proteins and directly participate in the metabolic processes within plants. For instance, glutamic acid can promote photosynthesis in plants, and glycine can enhance the plants' ability to absorb nutrients.

Promote root development: Stimulate the cell division and growth of the root system, increase the number and length of the root system, and improve the absorption efficiency of water and nutrients by the root system, especially with remarkable effects during the seedling stage.

Enhancing photosynthesis: Some amino acids (such as tyrosine) can serve as precursor substances for chlorophyll synthesis, increasing chlorophyll content, enhancing the photosynthetic capacity of leaves, and promoting the accumulation of organic matter.

Promoting early maturity of crops: Accelerating cell division and elongation, shortening the growth cycle, enabling fruits to ripen earlier, and enhancing economic benefits (such as the price advantage of fruits and vegetables that come to market earlier).

Activating soil nutrients: Amino acids can combine with metal ions in the soil (such as calcium, magnesium, iron, etc.) to form soluble complexes, reducing nutrient fixation, enhancing the availability of elements like phosphorus and potassium, and alleviating soil compaction.

Promote microbial activities: Provide carbon and nitrogen sources for soil microorganisms, promote the reproduction of beneficial microorganisms (such as rhizobia and actinomycetes), enhance soil biological activity, and improve soil aggregate structure.

Regulating soil pH: It has a certain buffering capacity, can neutralize soil acidity or alkalinity, and make the soil pH value tend to be neutral, creating a suitable soil environment for crop growth.

Cold and drought resistance: Amino acids can increase the concentration of cell SAP, lower the freezing point, and enhance the crop's frost resistance in low-temperature environments. At the same time, it can regulate the opening and closing of stomata, reduce water evaporation and improve the drought resistance of crops.

Disease and pest resistance: By enhancing the metabolism and immunity of crops, it improves their resistance to diseases and pests. Some amino acids (such as arginine) also have the effect of directly inhibiting the growth of pathogenic bacteria.

Alleviating pesticide and fertilizer damage: As a regulator of plant metabolism, it can accelerate the decomposition and repair of pesticide or fertilizer damage by crops, reducing the damage caused by adverse environments to crops.

Enhance fruit quality: Promote the accumulation of nutrients such as sugar, vitamins, and amino acids in fruits, improve their taste, color, and flavor, and increase their commercial value (such as the sugar-acid ratio and aroma substance content of fruits and vegetables).

Increase crop yields: By promoting growth, enhancing photosynthesis and nutrient absorption, significantly increase crop yields. For instance, when applied in vegetables, fruits and grain crops, it can increase production by 10% to 30%.

Reduce deformed fruits: Balance the nutrient supply of crops, reduce problems such as deformed and cracked fruits caused by nutrient deficiency or metabolic disorders, and improve the uniformity of fruits and the rate of high-quality fruits.