Cereal crops, such as maize, require balanced nutrition throughout the growing cycle for optimal yield

Legumes, such as soybean, benefit from balanced nutrient supply to support vegetative growth and pod development

Industrial crops, such as sugarcane, benefit from balanced nitrogen, phosphorus, and potassium supply

NPK

Balanced compound fertilizer providing nitrogen, phosphorus, and potassium for overall crop nutrition

Description

NPK fertilizers provide balanced crop nutrition in a single granule, combining nitrogen, phosphorus, and potassium for efficient application and consistent field performance. Available in a range of formulations such as 15-15-15, 16-16-16, and customized blends, they are suitable for base and top-dressing applications across diverse cropping systems.

Our NPK products are designed for uniform nutrient distribution, reliable quality, and compatibility with standard application methods, making them a practical choice for large-scale agriculture and distribution markets.

Crops that may benefit the most from NPK fertilizers

1. Maize / Corn
Benefit: Supports balanced growth, uniform development, and strong yield potential.

2. Soybeans
Benefit: Provides key nutrients for crop establishment and vegetative development, especially in medium- to low-fertility soils.

3. Sugarcane
Benefit: Contributes to sustained vegetative growth and overall crop productivity.

 

NPK fertilizers can also benefit:

  • Rice
  • Coffee
  • Bananas
  • Potatoes
  • Vegetables
  • Fruit crops
NPK 15-15-15
Parameter: Unit NPK 15-15-15-7(S)
Nitrogen (total) % 15⼠1
Nitrogen in ammonium form % 9.5⼠1
Nitrogen in the form of amide % 5.5⼠1
Phosphates, in conversion to P2O5 (total) % 15⼠1
Phosphates, in digestible form to P2O5 % 14.5⼠1
Phosphates, water-soluble to P2O5 % 13.7⼠1
Potassium, in conversion to K2O % 15⼠1
Sulphates, in conversion to S (total) % 7⼠1
Water, max. % 1.1
Granules diameter:
under 1 mm, max.
2 – 5 mm, min.
above 6 mm
%  

5
90
0

Total of nutrients, min (total nitrogen,
total phosphates, potassium (K2O)), (exceeding of upper limits of total
nitrogen, total phosphates, potassium (K2O), total sulfates in conversion to
S, is acceptable)
% 44
Static strength of granules, min. MPa 3
Friability % 100
NPK 16-16-16
Parameter: Unit NPK 15-15-15-7(S)
Nitrogen (total) % 16⼠1
Nitrogen in ammonium form % 9.5⼠1
Nitrogen in the form of amide % 6.5⼠1
Phosphates, in conversion to P2O5 (total) % 16⼠1
Phosphates, in digestible form to P2O5 % 15⼠1
Phosphates, water-soluble to P2O5 % 14.5⼠1
Potassium, in conversion to K2O % 16⼠1
Sulphates, in conversion to S (total) % 6⼠1
Water, max. % 1.0
Granules diameter:
under 1 mm, max.
2 – 5 mm, min.
above 6 mm
%  

5
90
0

Total of nutrients, min (total nitrogen,
total phosphates, potassium (K2O)), (exceeding of upper limits of total
nitrogen, total phosphates, potassium (K2O), total sulfates in conversion to
S, is acceptable)
% 47
Static strength of granules, min. MPa 3
Friability % 100
Color pink
NPK 12-24-7S
Appearance Granules of grayish-white, gray, pink, and grayish-pink color
Total Nitrogen (N), % 12 ± 1
Total Phosphates (as P₂O₅), % 24 ± 1
Total Potassium (as K₂O), % 12 ± 1
Sulfates (as Sulfur S), % 7
Moisture Content, %, max. 2.0
Granulometric Composition
Fraction less than 1 mm, %, max.

Fraction 1–4 mm, %, min.

Fraction less than 6 mm, %

3

95

100

Static strength of granules, MPa, min. 3.0
Flowability, % 100