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Mix Micronutrient Bacteria 1 kg Dextrose | Zn, Si, Ca, S & Fe Biofertilizer
Mix Micronutrient Bacteria 1 kg Dextrose | Zn, Si, Ca, S & Fe Biofertilizer
पिकअपची उपलब्धता लोड करता आली नाही
- Product Name: Mix Micronutrient Bacteria
- Brand: Peak Laboratories
- Pack Size: 1 kg
- Formulation: Dextrose Carrier-Based Microbial Powder
- Microbial Consortium: Zinc, Silicon, Calcium, Sulphur & Iron Solubilizing Bacteria
Mix Micronutrient Bacteria 1 kg Dextrose Pack by Peak Laboratories is a multi-microbial biofertilizer formulation containing beneficial bacteria associated with the solubilization and mobilization of zinc, silicon, calcium, sulphur, and iron in agricultural soils.
This microbial consortium is designed to support nutrient availability, root development, plant growth, and soil biological activity. The dextrose carrier-based powder formulation is suitable for incorporation into agricultural soil management and biological nutrient management programs.
Mix Micronutrient Bacteria can be used for cereals, pulses, vegetables, fruits, flowers, sugarcane, cotton, horticultural crops, and plantation crops.
Five Beneficial Microbial Groups
1. Zinc Solubilizing Bacteria (ZSB)
Help convert certain insoluble zinc compounds into more plant-available forms, supporting zinc nutrition and normal plant growth.
2. Silicon Solubilizing Bacteria (SiSB)
Support the release of silicon from suitable mineral sources, potentially contributing to silicon availability and plant structural development.
3. Calcium Solubilizing Bacteria (CSB)
Assist in the solubilization of certain calcium-containing minerals and support calcium cycling in agricultural soils.
4. Sulphur Solubilizing Bacteria (SSB)
Support biological sulphur transformations and nutrient cycling, contributing to sulphur availability under suitable soil conditions.
5. Iron Solubilizing Bacteria (FeSB)
Support iron mobilization through microbial activity and may improve iron availability in soils where iron is present in poorly soluble forms.
Key Benefits of Mix Micronutrient Bacteria
- Supports zinc, silicon, calcium, sulphur, and iron nutrient cycling.
- Helps improve the availability of selected mineral nutrients.
- Encourages beneficial microbial activity in the root zone.
- Supports healthy root development and plant growth.
- Complements integrated nutrient management programs.
- Suitable for conventional, sustainable, and organic-oriented farming systems, subject to applicable input standards.
- Provides five functional microbial groups in one formulation.
Recommended Crops
Cereals: Rice, wheat, maize, sorghum, pearl millet.
Pulses: Chickpea, pigeon pea, green gram, black gram, lentil.
Vegetables: Tomato, chilli, brinjal, onion, potato, cabbage, cauliflower, okra.
Fruit Crops: Banana, pomegranate, grapes, mango, citrus, papaya, guava.
Commercial Crops: Sugarcane, cotton, groundnut, soybean, sunflower.
Spices & Plantation Crops: Turmeric, ginger, cumin, coriander, coffee, tea, coconut, arecanut.
Application Methods
Soil Application: Mix the recommended quantity with well-decomposed farmyard manure or compost and apply uniformly to the crop root zone.
Drip Irrigation: Use only if the formulation is confirmed suitable for drip application and properly disperses without clogging filters or emitters.
Drenching: Prepare a uniform suspension in clean water and apply around the plant root zone according to the approved product instructions.
Recommended Dosage: Follow the manufacturer's technical data sheet and product label. Dosage depends on crop type, soil conditions, microbial concentration, and application method.
Product Specifications
- Product: Mix Micronutrient Bacteria
- Net Weight: 1 kg
- Carrier: Dextrose
- Form: Microbial Powder
- Microbial Groups: Zinc, Silicon, Calcium, Sulphur & Iron Solubilizing Bacteria
- Application: Agricultural Soil and Root-Zone Management
Storage Instructions
Store in a cool, dry place away from direct sunlight and excessive heat. Keep the package tightly closed and protect it from moisture. Avoid mixing directly with incompatible pesticides or disinfectants.
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