

Indolizer Liquid | i-NET Technology Plant Nutrition Product
Product Details
Indolizer Liquid – i-NET Technology-Based Plant Nutrient & Biostimulant
Indolizer Liquid is an i-NET Technology-based plant nutrition product from Indofil. i-NET, or IndoLife Nutrient Enabler Technology, is developed by Indofil’s in-house plant nutrition experts to support nutrient availability, uptake and assimilation at different stages of crop growth.
The formulation is designed to support plant growth, photosynthetic activity, nutrient utilization and crop health, particularly during key crop development stages.
Key Features & Benefits
- Formulated with i-NET (IndoLife Nutrient Enabler Technology).
- Supports faster and healthy plant growth.
- Helps improve photosynthetic activity and food production.
- Supports better absorption and assimilation of nutrients within the plant.
- Helps plants manage the effects of abiotic stress.
- Supports healthy plant development and physiological processes.
- May contribute to improved crop quality and overall plant health.
Crops Recommended
Indolizer Liquid can be used in:
- Cotton
- Maize
- Paddy
- Potato
- Pulses
- Sugarcane
- Wheat
- Plantation crops
- Oilseed crops
- Horticultural crops
Mode of Action
Indolizer Liquid contains ingredients formulated using i-NET Technology. The formulation supports photosynthetic activity, which contributes to healthy plant growth and greener plant development. It also supports the movement of carbohydrates and other bioactive compounds within the plant.
Improved nutrient uptake and assimilation can support physiological processes and overall plant health. Healthy plants may also be better equipped to withstand abiotic stress conditions.
Time of Application
Indolizer Liquid can be applied during key crop growth stages, including:
- Vegetative development stage
- Pre-flowering stage
- Fruit development stage
Application Rate
- 500 ml per hectare
Follow the product label and manufacturer’s recommendations for the appropriate application method, water volume and crop-specific usage.


