Peptide-Composite Plant Enzyme Advantages
1.Rich in a variety of plant-derived active enzymes.
2.Rich in 18 types of plant amino acids.
3.Rich in a variety of secondary macronutrients required by plants.
4.Rich in dozens of essential nutrients required by plants.
5.Rich in a variety of active microbial cultures.
6.Rich in small-molecule peptides, organic matter, and sugars.
It is currently a best-selling water-soluble fertilizer on the market that is derived entirely from plant extracts and offers comprehensive nutrition. When used as directed, it can increase crop yields by 15%–35%.
Peptide-Composite Plant Enzyme Development Background
To enable more agricultural products to be labeled as organic or green, and to achieve the goal of zero growth in pesticide and chemical fertilizer use.
As people’s living standards continue to rise, health awareness is constantly increasing. This has led to consumers placing ever-higher demands on the quality of agricultural products.
Long-term use of traditional chemical fertilizers has led to nutrient imbalances in the soil, causing serious problems such as soil compaction. A large portion of the chemical fertilizers applied cannot be fully absorbed by plants, resulting in waste. With the development of precision agriculture and the continuous rise in cultivation costs, growers hope to apply fertilizers precisely according to the nutritional needs of crops at different growth stages to reduce costs, improve efficiency, and achieve high yields.
Ten Functions of Palypeptide Complex Plant Enzymes
（1. Nutrient-Rich
Rich in various amino acids, vitamins, minerals, and other nutrients, it quickly provides plants with the nutrients they need for growth, promoting their growth and development.
（2.Enhancing Photosynthesis
It helps increase the chlorophyll content in plant leaves, enhances photosynthetic efficiency, and thereby increases dry matter accumulation in plants and boosts yields.
（3.Enhancing Resistance
It can enhance plants’ resistance to adverse environmental conditions such as drought, high temperatures, low temperatures, and pests and diseases, enabling them to maintain good growth even under adverse conditions.
（4.Improves Soil Conditions
It regulates soil pH, loosens the soil, and enhances soil aeration. It increases the population of beneficial microorganisms in the soil, improves soil aggregate structure, and boosts soil fertility. It effectively suppresses soil-borne diseases and addresses the issues associated with crop rotation.
（5.Promotes Flower Bud Differentiation
Helps promote flower bud differentiation in plants, increases the number and quality of flowers, and improves fruit set.
（6.Enhance Leaf Vitality
Makes leaves darker green and thicker, improving their photosynthetic efficiency and nutrient absorption capacity.
（7.Improving Fertilizer Utilization Efficiency
This helps increase chlorophyll content in plant leaves, enhances photosynthetic efficiency, and thereby increases dry matter accumulation in plants and boosts yields.
（8.Non-toxic and harmless
When used in combination with traditional fertilizers, it improves the absorption and utilization efficiency of the fertilizers, reducing fertilizer waste.
（9.Increasing the Sugar Content of Melons and Fruits
Increases the sugar content of melons and fruits, extends the storage life of various fruits and vegetables, and resolves the issue of alternate bearing in fruit trees.
（10.Rapid Degradation of Hormones and Residues
Rapid degradation of hormone and drug residues in plants and soil.
Palypeptide Complex Plant Enzymes Packaging Instructions
10 kilograms per barrel: Can be customized to meet customer needs
Palypeptide Complex Plant Enzymes Instructions for Use
Dosage: For foliar application, use 500 grams per mu per application, diluted with 30–40 kilograms of water, and spray both sides of the crop leaves.
For root application, use 500 grams per mu per application, diluted with 300–400 kilograms of water, and apply directly to the roots via irrigation or through drip irrigation tape (for aerial application, use no less than 4 liters of water per mu per application).
