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What are the factors affecting soil nutrient release?

High soil temperature, fast absorption of crops, high humidity.
What should be paid attention to in the application of controlled release fertilizer for wheat?

1. The formula of high nitrogen and high phosphorus was adopted;
2. Appropriate amount;
3. During the greening period, 10-15 Jin urea was applied per mu;
4、 Attention should be paid to the isolation of fertilizer in precision sowing.

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What should be paid attention to when using rice controlled release fertilizer?

1. The formula of high nitrogen, phosphorus and potassium should be used.
2. Appropriate;
3. Young adults need topdressing, 20-30 kg urea per mu;
4. Wet and spray water when floating.
What should be paid attention to when using controlled release fertilizer?
1. Pay attention to the isolation of fertilizer.
2. Pay attention to the correct formula and dosage
3. Pay attention to scientific application.
4. Attention should be paid to the separate application of sandy land and saline alkali land.

New Type Organic Fertilizer Production Line

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What is the law of Wheat Fertilization?

The average medium fertility level is about 3 kg N, 1-1.5 kg P and 2.5-3.1 kg K per 100 kg wheat grain.
What does corn need to fertilize?

Each kilogram of corn needs 2.5 kg of pure nitrogen, 1.2 kg of phosphorus pentoxide, 2.0 kg of potassium oxide and 1:0.48:0.8 of nitrogen, phosphorus and potassium. With the increase of output, the demand for fertilizer increases.

What is the difference between nitrogen deficiency and iron deficiency in peanut?

Nitrogen deficiency will lead to plant Dwarfing and yellowing, and iron deficiency will lead to yellowing of upper new leaves of peanut.
What are the symptoms of phosphorus deficiency?

The growth of root system is not good, the plant is short, and the stems and leaves are purplish red.

What are the symptoms of potassium deficiency?

The lower edge of the leaf is yellow and charred.

What is the reason for caking of compound fertilizer?

When the surface of fertilizer particles is wet and dry, salt bridges are formed between the particles, resulting in fertilizer caking.
Now, I’d like to introduce the granulation line to you

Features of production line:
1. The design of spiral section of mixing section is reasonable and unique, with uniform mixing and fast feeding and discharging
2. Computer automatic batching / mixing / packaging in one, using hinge cage feeding mode, small footprint, less labor, reduce investment.
3. The whole machine is made of stainless steel, corrosion resistant, long service life.

Granulation production line

Advantages of granulation production line:
1. Accurate ingredients
2. Mix well
3. Accurate packaging
4. Unique technology
5. Advanced technology
6. Simple and practical
The main machines of granulation production line are multi hopper multi-scale batching system and drum granulator.

Humic acid is extracted from soil and fertilizer is extracted from basic characteristics of humic acid. At present, facing the safety problems of soil, fertilizer, grain and environment, we must adjust the development direction of fertilizer industry in time and build a new relationship of “harmony between soil and fertilizer”.

Humic acid, as the “nutrient” of soil nutrients, is a bridge link connecting soil fertilizer plant nutrition. Under the guidance of humic acid in plant mineral nutrition, how can we master the technical requirements of humic acid?

1、 Humic acid + macronutrients
Group structure efficiency
The combination of humic acid and nitrogen fertilizer can reduce the loss of nitrogen and improve the utilization rate of nitrogen; Humic acid and phosphate fertilizer can activate phosphorus and improve the utilization rate of phosphate fertilizer in season; Humic acid and potassium fertilizer can activate potassium and promote the absorption of potassium by crops
Adduct

Humic acid + nitrogen = humic acid nitrogen, Urea Humic acid, and ammonium humic acid; Humic acid + phosphorus = humic acid phosphate; Humic acid + potassium = potassium humic acid fertilizer;
2、 Humic acid + nutrient content
Group structure efficiency
Humic acid can store, protect and increase efficiency of some elements by adsorption, chelation, complexation and ion exchange, reduce the fixed nutrient content of soil, improve nutrient utilization rate and promote crop absorption.

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Humic acid + calcium = calcium humic acid fertilizer; Humic acid + magnesium = magnesium humate fertilizer; Humic acid + sulfur = humic acid sulfur fertilizer;

3、 Humic acid + micronutrient
Group structure efficiency
Humic acid, as chelating agent and surfactant, can improve the fertilizer efficiency of trace elements and promote the absorption of trace elements by crops. At the same time, humic acid and fulvic acid are used as chelating agents, and their cost is better than other types of products.
Adduct
Humic acid + iron = iron humic acid fertilizer; Humic acid + manganese = manganous humic acid fertilizer; Humic acid + zinc = zinc humic acid fertilizer;

4、 Humic acid + beneficial elements
Group structure efficiency
Humic acid can activate and coordinate beneficial elements through adsorption, network (chelation), oxidation-reduction, etc., so as to improve the fertilizer efficiency of beneficial elements and promote the absorption of beneficial elements by crops.

Humic acid + silicon = humic acid silicon fertilizer; Humic acid + selenium = humic acid selenium fertilizer; Humic acid + Sodium = sodium humic acid fertilizer;
5、 Humic acid + beneficial microorganism
Group structure efficiency
Humic acid and beneficial microorganism are combined. On the one hand, humic acid can promote the growth and reproduction of microorganisms and enhance the activity of beneficial microorganisms; On the contrary, it can promote the further decomposition and synthesis of humic acid, which is beneficial to the absorption and growth of plants. The two combine and complement each other.

Humic acid + nitrogen fixing bacteria = humic acid nitrogen fixation; Humic acid + phosphate dissolving bacteria = humic acid phosphate fertilizer; Humic acid + potassium solution = humic acid solution potassium fertilizer;
Humic acid is added to the land and grows in the countryside, which is conducive to promoting the construction of “beautiful countryside and green countryside”, and also enables humic acid to have its own home.

Bio organic compost production line is a kind of compost which has the function of both microbial compost and organic compost. It is composed of specific functional microorganisms and organic matter, mainly used to remove plant residues (such as livestock manure, crop straw, etc.) After harmless treatment and decomposition.

The production method and operation process of bio organic compost are as follows:

1. The first step in the production process of bio organic compost: the total dosage of selected strains is 0.2% – 0.5%.
2. Production process of bio organic compost: preparation and requirements of raw and auxiliary materials:
3. Main ingredients: fruit residue, dry bagasse, edible fungus residue, distiller’s grains, sugar residue, vinegar residue, starch residue, cassava residue, citric acid residue, soy sauce residue, monosodium glutamate residue, powder residue, bean curd residue, drug residue, oil residue, oil cake, bran, cottonseed meal, moldy feed, sludge, brewery’s residue, slaughterhouse residue, Ho water (s water), Leftover food, human and animal manure and other materials.

How to turn theses machines into bio composts, go to https://compostturnermachine.com/bio-composter-machine/

1. Auxiliary materials: all kinds of crop straws, leaves and weeds, melons and vines, straw, pine hull, peanut hull, sawdust, rice husk powder, rice bran, etc. can be dried, crushed and made into high carbon.
2. The proportion of main materials and auxiliary materials is 5:1-3:1.
3. The production process of bio organic compost production line is divided into three steps: the water content should be controlled at 60-65%, and the water can only come out by hand holding materials in groups. Bacteria, main materials and auxiliary materials should be mixed evenly. The ambient temperature should be higher than 15 ℃. The stacking area of materials shall not be less than 4 square meters, the width shall be 1.5-2 meters, the height shall be 0.6 meters, and the length shall not be limited.
4. The production process of bio organic compost is divided into four steps: composting should be turned at 50 ℃ once a day. If the chimney temperature exceeds 65 ℃, it will be overturned again. The temperature will be controlled below 70 ℃. The temperature of composting will be lower, the material will be loose, the material will not have the original smell, and there will be a little ammonia smell. White hyphae are produced in the pile and decompose.