Descriptions
Katyayani Calcium Nitrate is a high-performance fertilizer containing 18.8% calcium and 15.5% nitrogen. It addresses issues such as bitter pit and fruit cracking in crops, enhances fruit shelf life, and improves nutrient uptake.
Benefits:
- Nutrient Uptake: Enhances the absorption of potassium, magnesium, and calcium from the soil.
- Disease Control: Combats cluck root disease and prevents bitter pit in fruit crops.
- Plant Health: Strengthens cell walls, promotes strong root development, and improves overall plant resistance to stress.
- Soil Improvement: Increases soil pH, promoting a healthier growing environment.
Application:
- Pot Use: Apply 10 grams per pot in 5 split doses.
- Foliar Spray: Dissolve 4.0-5.0 g per liter of water and spray on both leaf surfaces. Repeat every 15 days for 2-3 applications.
The advantages of Calcium Nitrate :
- Fully water soluble.
- Consists of 100 percent plant nutrients.
- Free of sulphate.
- Free of chloride, sodium and other detrimental elements for plants.
- Suitable for the production of nutrient solutions and for bulk blending.
- Calcium Nitrate can be mixed with all water soluble fertilisers, except stock solutions containing phosphates or sulphates.
It Contains Calcium 18.8 % and nitrogen 15.5 %. Calcium Nitrate application controls bitter pit disease, fruit cracking in fruit crops. It also helps to increase the shelf life of fruits.
Dosage: Apply 10 grams of Calcium Nitrate per pot, in 5 split doses. Foliar spray: Dissolve 4.0 – 5.0 g of Calcium Nitrate per litre of water and spray on both the surfaces of leaves. At least 2-3 sprays with an interval of 15 days.
Pickup Address: Bhopal, MADHYA PRADESH, 462016
E-7 MIG 539 Arera Colony, Bopal, Madhya Pradesh 462016
Address of origin: E-7 MIG 539 Arera Colony, Bopal, Madhya Pradesh 462016
Descriptions
Katyayani Calcium Nitrate is a high-performance fertilizer containing 18.8% calcium and 15.5% nitrogen. It addresses issues such as bitter pit and fruit cracking in crops, enhances fruit shelf life, and improves nutrient uptake.