Good Quality Potassium Humate, also as known Potassium Humic Acid, is a high-quality potassium fertilizer produced by reacting mineral-derived humic acid with potassium hydroxide. It is characterized by high humic acid content, excellent water solubility, and low impurity levels. It comes in several different forms, such as potassium humate powder, potassium humate flakes, Potassium humate crystal granular, and liquid potassium humate.
Advantages of Good Quality Potassium Humate:
In agriculture, this product is regarded as a “green potassium fertilizer.” Its core value lies not merely in direct potassium supplementation, but in soil improvement and nutrient activation. Its advantages are primarily reflected in the following areas:
1. Soil Improvement: Good Quality Potassium Humate improves soil aggregate structure, loosens compacted soil, and enhances water and nutrient retention. It also buffers soil pH, making it highly effective for improving saline-alkali soils.
2. Fertilizer Efficiency Enhancement: Good Quality Potassium Humate enables the slow release of nitrogen and mobilizes phosphorus and potassium previously fixed in the soil. This significantly boosts the utilization rate of conventional fertilizers—increasing efficiency by 87%–95% compared to standard potassium fertilizers.
3. Growth Stimulation: Good Quality Potassium Humate promotes root development and enhances crop resilience against drought, cold, and disease, ultimately increasing yields and improving produce quality.
How to Evaluate the Quality of Good Quality Potassium Humate:
1. Humic Acid Content: On a dry-matter basis, this should be no less than 55%; it is the key indicator of product quality.
2. Potassium Oxide (K₂O) Content: Typically ranges from 8% to 11% on a dry-matter basis. Since the potassium content is relatively low, it cannot entirely replace conventional potassium fertilizers.
3. Water Solubility: High-quality products dissolve quickly and completely with minimal sediment. Water-insoluble matter should be kept to a minimum; this also serves as an indicator of the fulvic acid content.
4. Appearance and Manufacturing Process: High-quality mineral-derived potassium humate typically appears as shiny black granules or powder. It is produced by reacting carefully selected lignite with potassium hydroxide, rather than simply using coal dust as a filler.
Applications of Good Quality Potassium Humate:
Good Quality Potassium Humate has a wide range of uses, centering on three main areas: soil improvement, fertilizer efficiency enhancement, and crop growth promotion. Agriculture is its primary application sector.
Agricultural Cultivation: Core Applications
1. Improves soil structure: Good Quality Potassium Humate promotes the formation of soil aggregates, loosening compacted soil to improve aeration while enhancing water, nutrient, and heat retention capabilities.
2. Regulates salinity and pH: Good Quality Potassium Humate acts as a two-way pH regulator—adjusting acidity or alkalinity as needed—while reducing surface salt accumulation and mitigating the harmful effects of soil salinization.
3. Remediates heavy metal contamination: Through complexation and chelation, high-quality potassium humate immobilizes heavy metals in the soil (e.g., converting hexavalent chromium to trivalent chromium), thereby reducing their biotoxicity.
4. Enhances fertilizer utilization efficiency: Good Quality Potassium Humate adsorbs and slowly releases nitrogen, phosphorus, potassium, and secondary/micro-nutrients, minimizing nutrient loss and fixation. Studies show it can increase nitrogen fertilizer utilization by 10–15% and phosphorus fertilizer utilization by 15–20%.
5. Stimulates crop root growth: Good Quality Potassium Humate promotes taproot penetration and the development of lateral and fine roots, boosting root vitality and nutrient/water uptake; application during the seedling stage accelerates recovery and produces robust seedlings.
6. Enhances crop stress resistance: Good Quality Potassium Humate improves resistance to drought, cold, disease, and waterlogging, mitigating damage caused by environmental stress.
7. Improves agricultural produce quality: Good Quality Potassium Humate promotes fruit enlargement, coloration, and sugar accumulation, increases the content of nutrients such as protein and starch, and reduces the accumulation of certain heavy metals in the grain.
Industrial and Other Applications
1. Drilling Mud Additive: Used as a treatment agent in oil drilling fluids—primarily to prevent borehole wall collapse—with a recommended dosage of 1–3% in water-based drilling fluid systems.
2. Environmental Protection: Used for treating heavy metal-contaminated wastewater and remediating polluted soil.
3. Other Industrial Uses: Applications include ceramic slurry modification, scale prevention in low-pressure boilers, concrete water-reducing agents, and cathode expanders for lead-acid batteries.
4. Animal husbandry: Sodium humate can be used to stop bleeding from velvet antlers, and nitro-humic acid-urea complexes can serve as feed additives for cattle.
PRODUCT DISPLAY
Advantages of Fulvic Acid:
1. Improve Nutrient Absorption
Fulvic acid reacts with mineral elements in the soil to form nutrient forms that are easily absorbed by crops. This not only increases the availability of soil nutrients but also promotes crop absorption of key nutrients such as nitrogen, phosphorus, and potassium. Therefore, the use of fulvic acid can significantly improve nutrient utilization efficiency in crops, laying the foundation for high yields and quality.
2. Enhance Crop Stress Resistance
Fulvic acid has a potent biostimulant effect, inducing stress resistance in crops. Under adverse conditions such as drought, high temperatures, and low temperatures, fulvic acid helps crops maintain normal physiological functions and mitigates damage caused by these conditions. It also enhances crop disease resistance and reduces the occurrence of pests and diseases, thereby ensuring healthy crop growth.
3. Improve the Soil Environment
Fulvic acid has a beneficial soil conditioning effect, increasing soil organic matter content and improving soil water and nutrient retention. Furthermore, it promotes the growth and activity of soil microorganisms, improving the soil microbial flora and creating a favorable soil environment for crop growth. These effects help improve soil fertility and create conditions for sustained high crop yields.
OUR FACTORY
PACKING & DELIVERY
Shipping By Sea
1. Standard packaging, Woven bag 25kg, Ton bag
2. Packaging according to customer requirements
FAQ
1. Are you a manufacturer or a trading company?
We are manufacturer, we have our own factory in Shanxi and Gansu.
2. Can you provide samples?
Yes, we can provide samples and we can send them to you immediately after receiving your request.
3.What is the MOQ?
Our usual MOQ is one full container, if you want to try LCL, we can also support it.
4. Can you print our logo?
Yes, of course!
5. How many different packages are available?
40kg/50kg white bag; 25kg customized colorful bag; other packages as per customer’s request.
6. How does your factory control quality?
Quality is our top priority. Our QC always puts a high priority on quality control from the beginning to the end of production. Every shipment must be tested by HPLC before shipment and pre-shipment inspection by SGS or PONY to ensure the products are qualified..
Semi-Automatic PET Bottle Blowing Machine Bottle Making Machine Bottle Moulding Machine PET Bottle Making Machine is suitable for producing PET plastic containers and bottles in all shapes.
