100% Soluble Molasses Powder Biochemical Fertilizer Fulvic Acid for South America

100% Soluble Molasses Powder Biochemical Fertilizer Fulvic Acid for South America

Molasses Powder Introduction

Potassium fulvic acid from mineral sources is a product made by reacting fulvic acid extracted from raw materials such as lignite, weathered coal, and peat or obtained through biological fermentation with potassium hydroxide or other alkaline substances.

What are the differences between potassium fulvate from mineral sources and biochemical potassium fulvate
The raw materials for potassium fulvate from mineral sources mainly include lignite, weathered coal, peat, etc., while the raw materials for biochemical potassium fulvate are plant straw, sawdust, bagasse, kitchen waste, etc. According to the standard, potassium fulvate for agricultural use is potassium fulvate from mineral sources.

What is the use of potassium fulvic from mineral sources?

For general potted flowers and plants, spray at a dilution of 5,000 to 7,000 times and apply at a dilution of 2,000 to 3,000 times for root irrigation, with an interval of 7 to 15 days.
The use of farmland needs to be adjusted according to factors such as crop type, growth stage and soil conditions.

Key Questions and Answers

What are the precautions for using potassium fulvate from mineral sources?
It needs to be diluted when in use to avoid excessive concentration causing harm to plants.
Avoid mixing with strong acids and strong bases: to prevent chemical reactions and reduce fertilizer efficiency.
It should be stored in a cool and dry place, avoiding direct sunlight and moisture.

How to distinguish the authenticity of potassium fulvate from mineral sources?
Look at the color: High-quality potassium fulvate from mineral sources is usually dark golden black or dark brown. If the color is too bright, it may be due to the addition of dyes or other components.

Smell the odor: Genuine potassium fulvate from mineral sources usually does not have a distinctive smell. If there is a strong sour or ammonia smell, it might be a counterfeit.
Feel the texture: High-quality potassium fulvate from mineral sources will feel heavy when touched by hand and may slightly stick to the hand. This is due to its purification process.

Test solubility: Pour potassium fulvate from mineral sources into water. High-quality products should be completely dissolved, and the color of the dissolved fertilizer solution should be dark brown. If the dissolution is incomplete or the color is abnormal, it may be a low-quality product.
Check the packaging: Pay attention to the information on the outer packaging bag of the fertilizer, such as the execution standard, registration standard, fulvic acid content, etc. Meanwhile, products produced by regular manufacturers should be chosen

Composition Analysis

The product also contains essential trace elements such as sulfur, calcium, magnesium, zinc, iron, molybdenum, and boron, along with an array of B vitamins, vitamin C, myo-inositol, polysaccharides, microbial proteins, nucleic acids, surfactants, and various growth-promoting factors.

Key Applications

The most notable function of potassium fulvate is to solve the problem of soil compaction in the pot. Long-term watering and fertilizing can lead to mineral deposition and the loss of organic matter, making the soil hard. The carboxyl groups in potassium fulvate can combine with calcium and magnesium ions on the surface of soil particles, destroying the dense structure, just like giving the soil a deep care. When watering, the water can penetrate quickly and no longer accumulate on the surface. It can also activate soil microorganisms, promote the formation of aggregate structure, and make the soil both breathable and water-retaining.

In addition to improving the soil, potassium fulvate can also promote plant growth. It can be directly absorbed by the root system, stimulating the growth of root hairs and enabling plants to develop more white and tender root systems. This is because potassium fulvate can activate the proton pump on the cell membrane of the root system and enhance the nutrient absorption capacity. Meanwhile, the quinone structure it contains can promote root respiration and provide sufficient energy for plant growth. Many flower enthusiasts have found that after using it, the new leaves of the plants grow faster and the leaves become greener and more lustrous. For potted plants, potassium fulvate is also a considerate nanny, cooking a big meal for the plants and turning hard-to-digest food into easily digestible dishes. It can convert the trace elements such as iron, zinc and manganese fixed in the soil into forms that plants can absorb, thereby improving the utilization rate of fertilizers.

Usage Recommendations

1. The product is highly versatile and can serve as a primary or carrier component in producing foliar fertilizers, micro-fertilizers, root drench fertilizers, compound fertilizers, biological fertilizers, and hydroponic solutions. Additionally, it can improve soil quality, adjust pH levels, and buffer salt-alkali conditions, as well as function as a pesticide carrier.

2. Specific Application Rates:

   • Hydroponics or root drenching: 2000x concentrated solution.
   • Seed dressing for rice and wheat: 0.3% powder.
   • Seed dressing for corn: 0.5% powder.
   • Seed dressing for cotton: 150 g per acre.
   • Sweet potato soaking: 200 mg/L for 8 hours.
   • Rapeseed soaking: 200x concentrated solution for 6 hours.

Packaging and Storage

1. Supplied in 25 kg bags, double-layer woven bags for durability.

2. Store in a cool, dry, and well-ventilated area. Minor clumping during storage does not affect product quality.

3. Transported via trucks or shipping containers to ensure product integrity.