Organic soil conditioners and fertilizers are products used to improve soil health and provide nutrients for plants. Their formulas can be adjusted according to specific soil conditions and plant needs.

Core ingredients and functions
An effective organic soil conditioner and fertilizer usually contains the following key components, each of which plays an important role:

Organic matter and humic acid: These are the cornerstones for soil improvement. They can improve soil structure, enhance soil aeration and water and nutrient retention capacity, and promote the activities of soil microorganisms.

Microbial agents: The beneficial microorganisms in the product (such as Bacillus subtilis, Bacillus gelatinus, etc.) can activate soil nutrients, fix nitrogen in the air, and decompose fixed phosphorus and potassium, thereby enhancing the utilization rate of fertilizers. Some strains can also inhibit the growth of soil-borne diseases and enhance the disease resistance of crops.

Nutritional elements

Main nutrients (nitrogen, phosphorus, potassium) : Provide basic nutrition according to the needs of crops.

Trace elements (calcium, magnesium, silicon, etc.) : Regulate soil pH, alleviate soil acidification or salinization problems, and meet the comprehensive nutritional requirements for crop growth.

Natural conditioning materials: such as zeolite, bentonite, alginic acid and other natural minerals or extracts, they can adsorb harmful substances in the soil (such as heavy metals) and further promote the formation of soil aggregate structure.

Main functions and advantages
Using such products can bring multiple benefits to your land and crops:

Comprehensively improve the soil: effectively break down soil compaction, coordinate the conditions of soil water, fertilizer, air and heat, and alleviate soil problems caused by excessive fertilization.

Enhancing fertilizer efficiency: The participation of microorganisms and a favorable soil environment make the release of nutrients more gentle, and crops absorb them better, thereby reducing nutrient loss and improving fertilizer utilization efficiency.

Promoting healthy growth of crops: Crops growing in healthy soil usually have more developed root systems and grow more vigorously, which helps increase crop yields and improve the quality of agricultural products.

Environmental friendliness and safety: The main raw materials are derived from natural organic matter and minerals, which are pollution-free and harmless. They help degrade pesticide and fertilizer residues in the soil, ensuring the safety of agricultural products.

Customizable interpretation
The "customizability" you mentioned is mainly reflected in the following aspects

Adjust the proportion of nutrients: The proportion of major nutrients such as nitrogen, phosphorus and potassium can be adjusted according to the nutrient requirements of different crops (such as trees, vegetables, food crops, etc.).

For soil issues: If the soil has specific problems such as acidification, salinization or heavy metal pollution, the proportion of corresponding conditioning components (such as acid regulators, zeolites for inactivating heavy metals, etc.) can be strengthened.

Adaptation to application scenarios: The product can adjust its formula according to different application scenarios (such as fields, greenhouses, orchards, ecological restoration, etc.) to meet various management goals.

Main application fields
This type of product has a wide range of uses, mainly including

Agricultural production: It is used to improve low-yield farmland and solve the problem of continuous cropping obstacles in facility agriculture. It is suitable for vegetables, fruits, tea, field crops, etc.

Ecological restoration: It is applied to the restoration of degraded grasslands and forest land, the control of desertification, as well as the greening projects of mine and highway slopes.

Landscaping and special cultivation: It is used for urban greening, lawn maintenance, roof greening, as well as the preparation of substrates for flowers and soilless cultivation, etc