Wuhan King star Industrial Co., Ltd.
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The main sources of potassium humate include mineral sources such as lignite and weathered coal. It is a product obtained by extracting these minerals through potassium hydroxide (KOH) liquid reaction after fine selection. It is an organic-inorganic complex with humic acid and potassium as the main components. The appearance is black granules or powdery solids.
1. Soil improvement
Structural optimization: Promote soil granulation, alleviate compaction, enhance air permeability and water and fertilizer retention capacity.
Detoxification and harm reduction: Adsorb heavy metals, neutralize acidic and alkaline soils, and reduce salinization or acidification problems.
2. Fertilizer efficiency
Chelated nutrients: Fix nitrogen, phosphorus, potassium and trace elements, reduce loss, and increase fertilizer utilization by more than 30%.
Alternative fertilizers: Reduce the amount of fertilizers and reduce the risk of soil degradation.
3. Promote crop health
Developed root system: stimulate root hair growth and enhance nutrient absorption capacity.
Enhance photosynthesis: increase chlorophyll content, promote fruit expansion and sugar accumulation, and improve yield and quality.
4. Resistance to adversity and disease prevention
Adversity resistance: enhance drought resistance, cold resistance, and waterlogging resistance, and alleviate pesticide or fertilizer damage.
Disease inhibition: activate plant immune enzymes (such as peroxidase) and reduce the occurrence of soil-borne diseases.
1. Water quality management
Purify water quality: absorb toxins such as ammonia nitrogen and nitrite, and stabilize the pH value of water bodies.
Inhibit algae and regulate algae: inhibit the outbreak of blue algae and promote the reproduction of beneficial algae such as diatoms and green algae.
2. Health of farmed animals
Enhance immunity: enhance the disease resistance of fish and shrimp, and reduce the risk of bacterial (such as Vibrio) infection.
Promote digestion: increase the activity of intestinal digestive enzymes, reduce the feed coefficient, and shorten the breeding cycle.
3. Environmental adaptation
Anti-stress: Relieve stress response caused by high temperature, heavy rain or water change, and reduce mortality.
Indirect oxygenation: Promote algae photosynthesis and indirectly increase dissolved oxygen in water.
1. Feed efficiency
Nutrient absorption: Improve protein and mineral utilization, and accelerate weight gain of livestock and poultry.
Intestinal health: Inhibit harmful bacteria (such as Escherichia coli), regulate flora balance, and reduce diarrhea.
2. Environmental optimization
Deodorization and emission reduction: Reduce ammonia and hydrogen sulfide emissions in feces and improve the air quality of farms.
Feces treatment: Accelerate composting fermentation and improve the efficiency of organic fertilizer decomposition.
3. Improved production performance
Anti-heat stress: Maintain feed intake in high temperature environment, stabilize egg production rate and milk production.
Improved meat quality: Reduce dependence on antibiotics and improve the safety and nutrition of meat, eggs and milk.
1. Reasonable dosage: 5-10 kg per mu for agriculture, 0.1-0.3 g per cubic meter for aquatic products, and 0.1%-0.5% for feed.
2. Scientific combination: synergize with organic fertilizers and probiotics, and avoid mixing with strong alkaline substances.