
MACMI+
MACMI+ is a value-added organic manure enriched with neem extract, specially formulated for Tea cultivation. It improves soil fertility, enhances water-holding capacity, and strengthens root development. By functioning as a natural ion exchange and chelating system, MACMI+ enhances nutrient uptake and supports soil microorganisms, ensuring healthier Tea plants, better resistance to stress, and improved yield under sustainable cultivation practices.
Description
MACMI+ is composed of highly active humus substances (98%) containing large and small aliphatic organic acids, aromatic organic acids, and macro-organic substances. It has 70% humates and over 14% organic carbon, with balanced nutrients including nitrogen (>0.5%), phosphorus (>0.5%), and potash (>0.5%), maintaining a favorable C:N ratio of <20. Additionally, it contains calcium (2.48–5.0%), magnesium (1.52–2.24%), boron (5–30 ppm), zinc (76–788 ppm), and copper (27–180 ppm), providing essential trace elements for Tea soil. Its moisture content (15–25%) ensures stability and bioavailability. The organic acids in MACMI+ act as chelating agents, improving trace mineral absorption and root penetration, while neem extract enhances its bio-protective properties. This unique composition promotes soil fertility, plant vigor, and sustainable Tea cultivation.
Unique attributes of MACMI+ in Tea Cultivation
- Improves soil fertility, structure, and stability
- Enhances water-holding capacity and reduces evaporation losses
- Buffers soil pH and regulates soil temperature
- Promotes enhanced uptake of N, P, and K in Tea plants
- Stimulates Tea root growth and plant vigor
- Provides essential nutrients and trace minerals
- Supports beneficial soil microorganisms for a living, fertile soil
Application Rates
Soil Application: Apply MACMI+ at 45–60kg per acre in Tea cultivation.
Recommended Use
MACMI+ is recommended for Tea plantations to improve soil health, increase nutrient availability, enhance water retention, and promote robust Tea root and shoot growth. It is particularly useful in managing soil fertility during climatic stress conditions such as drought, cold spells, and heat waves, ensuring sustainable Tea productivity and quality.