Mix micronutrient bacteria 1 kg Dextrose Pack

Technical Information

Net Weight: 1 kg

Mix Micronutrient Bacteria is a multi-microbial nutrient-mobilizing consortium formulated with beneficial bacteria associated with Zinc, Silicon, Calcium, Sulphur and Iron availability in the crop root zone.

The product is supplied as a dextrose-based water soluble powder, making it suitable for soil, drenching and drip-irrigation applications. It is designed to support microbial nutrient mobilization, rhizosphere activity and balanced crop nutrition as part of an integrated nutrient-management program.

Microbial Composition

Contains selected beneficial microorganisms including:

Zinc Solubilizing Bacteria (ZSB) – Supports conversion of certain unavailable forms of zinc into more plant-accessible forms.

Silicon / Silicate Solubilizing Bacteria (SSB) – Supports microbial mobilization of silicon from suitable mineral sources in the soil.

Calcium-Mobilizing / Solubilizing Bacteria – Selected beneficial bacteria intended to support biological mobilization of calcium from suitable soil or mineral sources.

Sulphur-Transforming / Solubilizing Bacteria – Supports biological transformation and availability of sulphur in the root-zone nutrient cycle.

Iron-Mobilizing / Solubilizing Bacteria – Supports microbial processes associated with iron availability in the rhizosphere.

Formulation: Dextrose-Based Water Soluble Powder
Net Weight: 1 kg
Category: Multi-Micronutrient Microbial Consortium / Biofertilizer
Application: Soil, root-zone, drenching and drip irrigation
Manufacturer: Peak Laboratories, India

Five-Way Microbial Nutrient Support

Instead of supplying large quantities of chemical micronutrient salts directly, this formulation introduces beneficial microorganisms selected to support nutrient cycling and mobilization within the rhizosphere.

The consortium targets five important mineral nutrient groups:

Zinc → Microbial solubilization
Silicon → Microbial mobilization
Calcium → Microbial nutrient mobilization
Sulphur → Biological transformation
Iron → Microbial mobilization

This makes the product suitable for inclusion in broader Integrated Nutrient Management (INM) programs.

Key Benefits

• Five nutrient-focused microbial groups in one product

• Supports microbial mobilization of Zinc, Silicon, Calcium, Sulphur and Iron

• Helps improve biological nutrient cycling in the root zone

• Supports availability of nutrients already present in suitable soil and mineral sources

• Encourages beneficial rhizosphere microbial activity

• Supports balanced crop nutrition

• Helps promote healthy root development

• Supports vegetative growth and crop establishment

• Can complement conventional fertilizer programs

• Supports improved nutrient-use efficiency as part of an integrated program

• Suitable for soil and root-zone application

• Convenient dextrose-based water soluble formulation

• Suitable for drip irrigation and soil drenching

• Can be incorporated into Integrated Nutrient Management programs

• Suitable for commercial agriculture and horticulture

Why Are Micronutrient-Mobilizing Bacteria Important?

Agricultural soils may contain mineral nutrients that are not always readily available to plant roots.

Certain beneficial soil microorganisms can interact with mineral compounds through biological processes such as solubilization, transformation, acidification and metabolite production.

Introducing selected nutrient-mobilizing microorganisms into the rhizosphere can therefore support biological nutrient cycling, particularly when the corresponding nutrient sources are present in the soil or fertilizer program.

Zinc Solubilizing Bacteria

Zinc is an important micronutrient involved in numerous plant metabolic and enzymatic processes.

Zinc Solubilizing Bacteria (ZSB) can help mobilize certain poorly available zinc compounds in the rhizosphere, supporting zinc nutrition when suitable zinc sources are present.

Silicon / Silicate Solubilizing Bacteria

Silicon is widely associated with structural and physiological functions in many crops.

Selected Silicate Solubilizing Bacteria can support microbial mobilization of silicon from suitable silicate-containing mineral sources.

Calcium-Mobilizing Bacteria

Calcium plays important structural and physiological roles in plants.

Selected beneficial microorganisms can contribute to rhizosphere processes that support mobilization of calcium from suitable mineral sources, complementing an appropriately designed crop-nutrition program.

Sulphur Bacteria

Sulphur is an essential plant nutrient and participates in protein and amino-acid metabolism.

Beneficial sulphur-transforming microorganisms can support biological processes involved in sulphur cycling and nutrient availability within the soil.

Iron-Mobilizing Bacteria

Iron is an essential micronutrient involved in chlorophyll-related processes, enzyme systems and plant metabolism.

Selected beneficial bacteria can support microbial processes associated with iron mobilization and rhizosphere availability.

Recommended Application

Soil Drenching

Dissolve the recommended quantity in sufficient clean water and apply uniformly around the crop root zone.

Drip Irrigation

The water-soluble formulation can be applied through a suitable drip-irrigation system for distribution throughout the active root zone.

Flood Irrigation

Where appropriate, the product can be introduced with irrigation water to distribute the beneficial microorganisms throughout the cultivated area.

Root-Zone Application

Apply around actively growing roots in adequately moist soil to support microbial establishment.

Suitable Crops

Mix Micronutrient Bacteria can be incorporated into nutrient-management programs for a wide range of crops, including:

Sugarcane, rice, wheat, maize, cotton, soybean, pulses, oilseeds, vegetables, onion, potato, tomato, chilli, ginger, turmeric, banana, grapes, pomegranate, citrus, mango, fruit crops, flowers, plantation crops, greenhouse crops, nursery plants and other agricultural and horticultural crops.

Important Note

This is a microbial nutrient-mobilizing product and should not be confused with a chemical micronutrient mixture containing guaranteed percentages of Zn, Fe, Ca, S or Si.

The microorganisms help support biological nutrient mobilization and cycling. Product performance depends on factors such as soil conditions, nutrient sources present, pH, moisture, temperature, microbial establishment and crop-management practices.

Where a confirmed nutrient deficiency exists, use this microbial product as part of an appropriate nutrient-management program based on soil, water or plant-tissue analysis.

Compatibility & Precautions

This product contains living beneficial microorganisms.

Avoid direct mixing with strong bactericides, disinfectants, sanitizers or other antimicrobial chemicals that may reduce microbial viability.

Use clean water wherever possible.

Avoid heavily chlorinated water during application.

Apply preferably when adequate soil moisture is available.

Follow product-label and locally applicable agricultural recommendations for dosage and application.

Storage

Store in a cool, dry place protected from direct sunlight, excessive heat and moisture.

Keep the package properly sealed after opening.

Do not store alongside strong disinfectants or incompatible chemicals.

Why Choose Mix Micronutrient Bacteria?

Managing multiple nutrients normally requires attention to several different components of the crop-nutrition program.

This microbial consortium brings together bacteria associated with the mobilization and cycling of Zinc + Silicon + Calcium + Sulphur + Iron in a single convenient formulation.

It is particularly suitable for growers looking to introduce a broader microbial nutrient-management strategy into their existing fertilizer program.