Description

Benefits of Karni Steric K DS (NPK 6:0:49)

6:0:49

Karni Steric K DS is a high-potassium water soluble fertilizer containing:

* 6% Nitrogen (N)
* 49% Potassium (K)

It is mainly used during:

* Flowering stage
* Fruit development
* Fruit maturity
* Yield enhancement stage

High potassium helps improve crop quality, size, and stress tolerance.

Main Benefits

1. Improves Fruit Size & Weight

* Better fruit filling
* Uniform fruit growth
* Increased fruit and grain weight

Very useful in:

* Chilli
* Tomato
* Grapes
* Pomegranate
* Banana

2. Enhances Fruit Quality

* Better color and shine
* Improved sweetness and taste
* Increased shelf life
* Better market value

3. Boosts Flowering & Fruit Setting

* Reduces flower drop
* Improves fruit retention
* Supports healthy reproductive growth

4. Improves Plant Strength

Potassium strengthens:

* Stems
* Branches
* Crop stand

Helps reduce lodging and weak growth.

5. Stress Resistance

Improves tolerance against:

* Heat stress
* Drought stress
* Salinity stress

Potassium regulates water movement inside plants.

6. Quick Nutrient Absorption

Being fully water soluble:

* Gives fast crop response
* Ideal for foliar spray and fertigation
* Quickly corrects potassium deficiency

7. Better Crop Maturity

* Uniform ripening
* Better color development
* Improved harvest quality

Suitable Crops

* Cotton
* Chilli
* Tomato
* Grapes
* Pomegranate
* Banana
* Potato
* Onion
* Watermelon
* Flowers

Recommended Usage

Foliar Spray

* 3–5 g per litre water

Drip/Fertigation

* 2–5 kg per acre depending on crop stage

Best Stages to Apply

* Flower initiation
* Fruit setting
* Fruit development
* Maturity stage

Major Advantages in Crops

In Cotton

* Better boll formation
* Improved fiber quality

In Fruits

* Better sweetness and shine
* Reduced cracking

In Vegetables

* Improved firmness and shelf life

Important Precautions

* Avoid spraying during hot afternoon hours
* Do not overdose
* Maintain balanced calcium and magnesium nutrition
* Excess potassium may reduce magnesium uptake