Mix Micronutrient Solubilizing biofertilizer liquid

Technical Information

Mix Micronutrient Bacteria Liquid is a multi-microbial formulation containing selected beneficial bacteria associated with the biological mobilization and cycling of Zinc, Silicon, Calcium, Sulphur and Iron in the crop root zone.

The liquid formulation is designed for convenient application through soil drenching, drip irrigation and other suitable root-zone application methods. It can be incorporated into integrated crop nutrition programs to support rhizosphere microbial activity and biological nutrient availability.

Microbial Composition

Contains selected beneficial microorganisms including:

Zinc Solubilizing Bacteria (ZSB) – Supports biological mobilization of suitable zinc sources in the rhizosphere.

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

Calcium-Mobilizing Bacteria – Supports biological processes associated with calcium availability in the root zone.

Sulphur-Solubilizing / Sulphur-Transforming Bacteria – Supports biological sulphur cycling and transformation.

Iron-Solubilizing / Iron-Mobilizing Bacteria – Supports microbial processes associated with iron availability around plant roots.

Formulation: Liquid Microbial Consortium
Category: Multi-Micronutrient Biofertilizer / Microbial Nutrient Mobilizer
Application: Soil, root-zone, drenching and drip irrigation
Manufacturer: Peak Laboratories, India

Five-Way Micronutrient Support

Mix Micronutrient Bacteria Liquid combines several beneficial microbial groups in one formulation to support biological nutrient cycling.

The consortium is focused on:

Zinc → Microbial solubilization and mobilization
Silicon → Microbial mobilization from suitable mineral sources
Calcium → Biological nutrient mobilization
Sulphur → Biological transformation and cycling
Iron → Microbial mobilization and rhizosphere availability

These microorganisms can complement conventional fertilizer programs where suitable nutrient sources are already present or supplied separately.

Key Benefits

• Five micronutrient-focused microbial groups in one liquid formulation

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

• Helps promote beneficial microbial activity in the rhizosphere

• Supports nutrient cycling around plant roots

• Helps improve biological nutrient availability

• Supports healthy root development

• Promotes a biologically active root-zone environment

• Can complement conventional fertilizer programs

• Suitable for Integrated Nutrient Management (INM)

• Convenient liquid formulation

• Suitable for soil drenching and drip irrigation

• Useful for commercial agriculture and horticulture

• Can be incorporated into crop-specific microbial nutrition programs

Zinc Solubilizing Bacteria

Zinc is an essential micronutrient involved in several plant metabolic and enzymatic functions.

The Zinc Solubilizing Bacteria component supports biological processes that may help mobilize certain less-available zinc forms when suitable zinc sources are present in the soil or fertilizer program.

Silicon / Silicate Solubilizing Bacteria

Selected Silicate Solubilizing Bacteria support the biological mobilization of silicon from appropriate silicate-containing mineral sources.

This makes the microbial component suitable for crop nutrition programs where silicon availability is an important consideration.

Calcium-Mobilizing Bacteria

Calcium is an important plant nutrient associated with cell-wall structure and several physiological processes.

The calcium-associated microbial component supports biological processes that may assist calcium mobilization from suitable soil and mineral sources.

Sulphur-Solubilizing Bacteria

Sulphur is required for important plant compounds including amino acids and proteins.

Sulphur-associated microorganisms support biological transformation and cycling of sulphur within the soil environment.

Iron-Mobilizing Bacteria

Iron is an essential micronutrient involved in important plant metabolic and physiological processes.

Iron-associated beneficial bacteria can support microbial processes that contribute to iron mobilization and availability around the crop root zone.

Recommended Application

Mix Micronutrient Bacteria Liquid is primarily intended for soil and root-zone application.

Soil Drenching

Dilute the recommended quantity in sufficient clean water and apply uniformly around the active root zone.

Drip Irrigation

The liquid formulation can be introduced through a suitable drip-irrigation system for distribution around the crop roots.

Flood Irrigation

Where appropriate, the product may be applied with irrigation water for wider distribution throughout the cultivated root zone.

Nursery & Transplant Application

Can be incorporated into suitable microbial nutrient-management programs for nursery plants and transplanted crops.

For best results, apply when adequate soil moisture is available.

Suitable Crops

Mix Micronutrient Bacteria Liquid can be incorporated into microbial 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, flowers, plantation crops, nursery plants, greenhouse crops and other suitable agricultural and horticultural crops.

Microbial Nutrient Management

Nutrients present in soil are not always equally available to plants. Soil pH, mineral composition, organic matter, moisture and other factors can influence nutrient availability.

Beneficial microorganisms can contribute to biological nutrient cycling through processes such as solubilization, mobilization, transformation and interaction with the rhizosphere.

Mix Micronutrient Bacteria Liquid can therefore be used as one component of an integrated crop nutrition program.

Important Nutritional Note

This is a microbial nutrient-mobilizing formulation, not a conventional chemical micronutrient fertilizer.

The product should not be interpreted as supplying guaranteed chemical percentages of zinc, silicon, calcium, sulphur or iron.

Its purpose is to introduce beneficial microorganisms that support biological nutrient cycling and mobilization of suitable nutrient sources.

Where a confirmed nutrient deficiency exists, appropriate nutrient fertilizers should be used according to soil, water or plant-tissue analysis and local agronomic recommendations.

Compatibility & Precautions

This product contains living beneficial microorganisms.

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

Maintain an appropriate interval between incompatible chemical treatments and microbial applications.

Use clean water wherever possible.

Avoid heavily chlorinated water during application.

Shake well before use.

Follow product-label and locally applicable agricultural recommendations.

Storage

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

Keep the container tightly closed when not in use.

Protect the product from extreme temperatures.

Keep away from strong disinfectants and incompatible chemicals.

Why Choose Mix Micronutrient Bacteria Liquid?

Mix Micronutrient Bacteria Liquid brings together beneficial microorganisms associated with five important micronutrient groups in a convenient liquid formulation.

Zinc + Silicon + Calcium + Sulphur + Iron

It can be integrated with existing fertilizer and biofertilizer programs to support rhizosphere activity, biological nutrient cycling and root-zone nutrient management.