An advanced liquid bio-fertilizer designed to mobilize the potash naturally available in the soil. It makes this essential macronutrient readily available to the root zone of the plant by breaking the complex bonds between potassium and silica molecules in the soil and soil colloids.
The preferred nitrogen source for superior yield and quality.
Khicha Phoschem Ltd. introduces KMB (Potassium Mobilizing Bacteria) as a highly effective solution in our Bio-Fertilizers range. Potassium (K) is a vital macronutrient that plants absorb in large amounts throughout their life cycle to synthesize proteins, starch, and ATP. It also regulates the opening and closing of stomata, which control the exchange of water vapor, oxygen, and carbon dioxide. Our KMB works as a powerful biological catalyst. Instead of just adding chemical potash, these bacteria mobilize the unavailable potash already trapped in the soil, ensuring plants receive a steady, healthy supply right at the root zone
Using KMB ensures your crops meet their complete nutritional requirements for potassium, leading to healthier, more resilient plants
Qty Offered: 1 litre bottle
Promotes strong and deep root development
Improves the plant’s natural disease resistance
Makes crop grains exceptionally shiny and heavy
Increases both the size and quality of the yield
Facilitates the efficient transfer of soil nutrients to plants
Supports and enhances a healthy photosynthetic process
Helps solve the problem of leaf shedding and water deficiency
Prevents purple spots and scorched leaf edges caused by K-deficiency
Follow these guidelines to achieve the best results across a variety of agricultural applications.
Have questions about our Ammonium Sulphate? Here are some of the most common questions farmers ask us
What Does KMB Do?
How Is KMB Different From A Chemical Potash Fertilizer?
Which Crops Can KMB Be Used On?
How Is KMB Applied?
Products
Brochure
Explore our complete product catalog and agricultural solutions in one convenient guide.
Khicha_Fertilizer.pdf
26.2KB
Brochure.PDF
16.5KB
