For application through fertigation & foliar spray, 100% water soluble speciality fertilizer

FCO SPECIFICATIONS PERCENT BY WEIGHT

Moisture Maximum 0.50
Ammoniacal Nitrogen Minimum 12.00
Water Soluble Phosphates (as 13205) Minimum 61.0
Sodium as NaCI Maximum 0.50
Matter insoluble in water Maximum 0.50

BENEFITS

  • It is 100% water soluble fertilizer & can be used for fertigation or foliar sprays.
  • It offers superior nutrition as it provides highest nutrients ( i.e 73%)
  • It is better fertigation solutions keeping the pH efficiency stable at around 4.5
  • It has urea free Nitrogen hence it can give better availability of Nitrogen through ammonia (as it will prevent leaching via fertigation systems)

RECOMMENDATIONS FOR FOLIAR SPRAYS

Crops gms/100 Ltr. water Stages of Spray
Tomatoes, Chillies, Brinjal 200 – 300 1 -2 sprays up to flowering stage
Potato 200 – 300 2 – 3 sprays after fruiting stage till harvest.
Cotton 300 – 400 3 – 4 sprays during growth period
Water melon 200 – 300 2 – 3 sprays during growth period
Strawberry 200 – 300 3 – 4 sprays after flowering & fruiting
Grapes, Banana, Citrus 400 – 500 3 – 4 sprays after crop has sufficient foliage
Rice, Wheat, Maize, etc. 300 – 400 During its growth period – 2 – 3 Sprays during growth stage

Note : Our recommendation as per our trials. However, dosages and application will depend on soil analysis and crop growth stages.

Storage : Refa 12 : 61 : 00 can be stored under closed condition in original container for several years opened packing should be resealed after its use as the product is hygroscopic.

Caution : Do not undertake foliar spray, when crops are under drought or water stress condition. Spray only in early morning or evening hours.

Fertigation schedules : Application through Drip Irrigation. Refa doses will depends upon crop stage as well as nutrient level in the soil. Hence, for schedule and doses soil and plant analysis report should be considered. However maximum amount of Refa can be applied as per E. C irrigation water (E.C.) Electrical conductivity