PLANT NUTRIENT (Protein)
HYDROLYSATE
PLANT GROWTH PROMOTER
Micro
Nutrients based growth promoter in liquid and granular form
Product brief
The Plant Nutrient Hydrolysate manufactured from
botanical sources – employing a unique innovative technology, containing a host of substance that help in uniform growth
of plant with substantial increase in crop output. The product is hundred percent organic.
Specification
Description
: Dark brown liquid.
Odour
: Specific.
Density
: 1.1 – 1.2
GM / CC.
Solubility in water
: Complete.
.pH
: 5 – 8
Storage stability
: 36months.
Dosage
: 2ml per liter water.
Composition
Nicotinic acid
: 24ppm
Pyridoxine
: 28ppm
Thiamine
: 18ppm
Amino acids
: 5234ppm
Proteins
: 1400ppm
Starch
: 9800ppm
Carbohydrates
: 9800ppm
Saccharides
: 12.00%
N
: 1.03%
P
: 0.10%
K
: 0.06%
Cu
: 60ppm
Zn
: 245ppm
Mn
: 12ppm
Analysis
Our Plant Nutrient
Hydrolysate is regularly analyzed at 1) Biotechnology Center (Govt. of Karnataka), Bangalore. 2) Choksi Laboratories Ltd., Baroda. 3) Bangalore Test House.Banglore, to
ensure consistent quality.
Functions
Ø Promotes cell division and cell expansion.
Ø Protein synthesis.
Ø Root initiation and development.
Ø Reduces flower and fruit drop.
Ø Improves shell life and yield of fruits and vegetables,
Ø Helps to withstand stress conditions like Drought, Frost and attack of insect by improving
immunity.
Ø Improves rate of absorption of fertilizers.
Ø In case of weak, the whole plant springs back to its full potency and yielding level.
Product application
- PNH can be repacked as a brand and marketed without altering the product.
Can also be used to
enrich other plant growth promoters / biofertilizer formulations.
Dosage
200ml in 100 liters of water for one
acre
Crop |
Application Suggested |
Advantages |
Fruit crops |
- Before flowering.
- After small fruits setting.
|
- Less flower / fruits drops.
- Improved shelf life.
3. Better juice quality. |
Cotton |
- Ten days before flowering.
- At the time of square formation.
|
- Better ball setting.
- Higher yield and chlorophyll content.
|
Oil seeds |
- 40 days after sowing.
- 55 days after sowing.
- 70 days after sowing.
|
1.
Improved yield.
2. Higher oil content in seeds.
3. Higher weight of seeds. |
Vegetables |
- At the time of flowering.
- At the time of fruit setting.
|
- Improved chlorophyll content.
- Less flower/fruit drop.
3. Higher yield. |
Pulses |
1.At the time of flowering
2. At the time of fruit setting...
|
- Improved chlorophyll content.
- Less flower/fruit drop.
3. Higher yield |
Cereals |
- 20-30 days after sowing.
- 10 days after tillering.
|
- Higher yield.
- Higher grain weight.
|
Paddy |
- 15-20 days after transplanting planting.
- 10 days after tillering
|
- Higher yield.
- Higher grain weight.
|
Potato |
- 30-35 days after planting.
- During flowering.
|
- Early flowering.
- Less flower drop.
- Improved yield and size of bulbs.
|
Flowers |
- Before bud setting.
- After bud setting at an interval of 2 days.
|
- Intermode distance improves.
- Firm petals.
- Petal fall delayed.
- Longer life.
|
Coffee |
- Before flowering.
- At the time of fruit setting.
|
- Less flower / fruit drop.
- Higher yield.
- Better aroma.
|
Spices |
- At the time of pruning.
- 10 days after 1st spray.
- 10 days after 2nd spray.
|
- Less flower and fruit drop.
- Higher yield.
- Better aroma.
|
Presentation
35 / 50 liters
cans
Note
This formula does not fall under the purview of Central Insecticides Board nor under Fertilizer Control Order vide
G.O. 16 – 23/98 – CIR – II.