Humic Amino Shiny Ball Exporter & Supplier in India
Humic Amino Shiny Balls are made from amino acids, humic acid, fulvic acid, potassium, and other substances. For better soil structure and productivity, they are employed by farmers. They are very effective and they are popular for the result they give. These Humic Amino Shiny Balls are fabricated using natural raw material under the guidance of well experienced professionals to maintain the top class standard of our product. Humic Amino Shiny Balls are round balls, designed to facilitate mixture with the soil. The balls improve the fertility and water-retaining capacity of the soil. These Humic Amino Shiny Balls are processed by the advance technology and high quality raw materials with the international standards.
Humic Amino Shiny Ball | Humic Amino Ball Manufacturer
- Non Toxic
- Water Soluble
- Develops Roots
- High Performance
- Enhance the Soil Quality
- Promotes Plant Growth
Humic Amino Shiny Ball Applications:
- Soil Application
- Basal & Top Dressing
- Crop Suitability
- Blended Usage
Why Choose Humic Amino Shiny Ball:
- High-Purity Formulation
- Root & Yield Booster
- Cost-Effective
- Eco Friendly & Safe
- Enhanced Nutrient Absorption
FAQ's
Humic Amino Shiny Balls is a premium grade organic combination of humic acid, amino acids and key micro-nutrients formulated into a convenient granular with an application method targeted to accelerate the growth of crop plants and improve soil conditions.
They promote root development, retain soil water and nutrients, enhance root absorption, and, provide climate stress resistance.
Apply them when preparing the soil (basal) or during period of priming the plant (roots, vegetative growth, pre-flowering).
Yes, they can be combined with most of the common organic and chemical fertilizers such as Urea, DAP, and NPK for better absorption.
Humic Amino Shiny Ball is normally recommended at 2kg/acre for soil application. The dosage, however, depends on product formulation, crop, and soil condition. Apply as per manufacturer instruction for optimized output.
