VHUME POTASSIUM HUMATE

About Product

• VHUME Potassium Humate is a soil conditioner made from brown coal, enhanced with KOH, agents, and surfactants to boost solubility.
• It contains 49.5% total carbon, vital for enriching soil quality.
• It improves the physical, chemical, and biological soil properties, enhancing structure and microorganism activity.
• It increases plant nutrient uptake, improving growth and higher crop yield and quality.

VHUME Potassium Humate Composition & Technical Details

• Composition

Component	Percentage
Humic acid	65%
Fulvic acid	10%
Potash	10%

• Mode of action: Potassium humate, a soil enhancer, is derived from brown coal via alkaline extraction, boosting plant growth and crop quality by improving soil structure and nutrient uptake. It promotes microorganism activity, which aids in nutrient availability and humus formation, potentially reducing or eliminating the need for fertilisers, leading to healthier plants and better harvests.

Key Features & Benefits

• VHUME Potassium Humate enhances soil structure and increases water retention, which is crucial for plant health.
• It promotes better nutrient absorption and uptake by plants, including foliar spray nutrients.
• It promotes root growth and development due to the improved soil conditions.
• It mitigates the negative effects of salt stress and heavy metals on plants.
• By improving the soil’s cation exchange capacity, it enhances overall soil fertility.
• It can increase the efficiency of NPK fertilisers, making them more effective.
• Increase of chlorophyll synthesis.
• Improvement of seed germination.
• The use of potassium humate can lead to increased plant growth and yield.

VHUME Potassium Humate Usage & Crops

Recommended Crops: All Crops

Dosage:

• Paddy & Wheat: 2 kg / Acre
• Vegetables: 500 gm - 1 kg/ Acre
• Horticultural Crops: 4 - 5 kg/ Acre
• (Can be given along with Urea or DAP or Vermicompost or Soil)

Method of Application: Soil application

Additional Information

• The use of VHUME Potassium Humate on a regular basis reduces the fertilisation needs, because both, soil and plant, are going to make better use of nutrients. In some cases, fertilisation can be completely eliminated if there is enough organic matter, so the soil can be self-sufficient through microbial processes and humus production.

Disclaimer: This information is provided for reference purposes only. Always follow the recommended application guidelines outlined on the product label and accompanying leaflet.