Mix micronutrient solubilizing bacteria 1 kg talc pack

Technical Information

Net Weight: 1 kg

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

The product is formulated on a talc-based carrier and is designed primarily for soil and root-zone application. It can be incorporated into agricultural nutrient-management programs to support biological nutrient availability, rhizosphere activity and healthy crop development.

Microbial Composition

Contains selected beneficial microorganisms including:

Zinc Solubilizing Bacteria (ZSB) – Supports the 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: Talc-Based Microbial Powder
Net Weight: 1 kg
Category: Multi-Micronutrient Microbial Consortium / Biofertilizer
Application: Soil and root-zone application
Manufacturer: Peak Laboratories, India

Multi-Nutrient Microbial Support

The formulation combines several nutrient-focused microbial groups in a single product.

The consortium is designed to support biological processes associated with:

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

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

Key Benefits

• Five micronutrient-focused microbial groups in one formulation

• Supports biological nutrient mobilization in the root zone

• Helps improve microbial activity around plant roots

• Supports nutrient cycling and rhizosphere health

• Helps make certain soil and mineral nutrient sources more biologically accessible

• Supports balanced crop nutrition

• Promotes healthy root-zone microbial activity

• Can complement conventional fertilizer programs

• Suitable for Integrated Nutrient Management (INM)

• Talc-based formulation designed for convenient soil application

• Suitable for commercial farms and horticultural operations

• Can be incorporated into crop-specific microbial nutrition programs

Zinc Solubilizing Bacteria

Zinc is an essential micronutrient required for various plant metabolic and enzymatic functions.

The Zinc Solubilizing Bacteria component supports biological processes that can help mobilize certain less-available zinc forms in the rhizosphere when suitable zinc sources are present.

Silicon / Silicate Solubilizing Bacteria

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

This can complement crop nutrition programs where silicon availability is an agronomic consideration.

Calcium-Mobilizing Bacteria

Calcium is important for plant structural development and physiological processes.

The calcium-associated microbial component supports biological processes in the rhizosphere that may contribute to calcium mobilization from suitable mineral or soil sources.

Sulphur-Solubilizing Bacteria

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

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

Iron-Mobilizing Bacteria

Iron is required for several important plant physiological and metabolic processes.

Iron-associated beneficial bacteria can support microbial processes involved in iron mobilization and availability around the root zone.

Recommended Application

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

Soil Application

Mix the recommended quantity with suitable soil, compost or other compatible carrier material and apply uniformly around the crop root zone.

Soil Drenching

Where appropriate, the talc powder can be thoroughly dispersed in clean water and applied as a soil drench, provided the product label permits this application method.

Drip Irrigation

Use through drip irrigation only where the formulation is sufficiently dispersible and the product label specifically recommends this application method. Proper filtration should be maintained to prevent clogging.

Nursery Application

Can be incorporated into suitable nursery and transplant microbial-management programs around the root zone.

For best microbial establishment, apply to adequately moist soil and avoid conditions that are excessively dry or waterlogged.

Suitable Crops

The product can be incorporated into microbial nutrient-management programs for a broad range of agricultural and horticultural 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 crops.

Important Nutritional Note

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

It does not replace the need for supplying essential nutrients where soil or plant analysis indicates an actual deficiency.

The microorganisms are intended to support biological nutrient cycling and mobilization of suitable nutrient sources already present in the soil or supplied through the fertilizer program.

Performance can vary according to soil pH, nutrient availability, organic matter, moisture, temperature, microbial establishment and crop conditions.

Compatibility & Precautions

This product contains living beneficial microorganisms.

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

If chemical treatments are required, maintain a suitable interval between chemical and microbial applications.

Use clean water when preparing microbial suspensions.

Avoid excessive exposure to direct sunlight and high temperatures during handling and application.

Follow the product label and locally applicable agricultural recommendations.

Storage

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

Keep the package properly sealed after opening.

Do not allow the powder to become wet during storage.

Keep away from strong disinfectants, bactericides and incompatible chemicals.

Why Choose Mix Micronutrient Bacteria?

Crop nutrition involves more than simply supplying nutrients. The availability of nutrients in the soil can also be influenced by microbial activity and soil conditions.

Mix Micronutrient Bacteria brings together microbial groups associated with Zinc + Silicon + Calcium + Sulphur + Iron nutrient cycling in a single talc-based formulation.

It can therefore be incorporated into a broader biological nutrient-management and soil-health program alongside suitable fertilizers and other compatible biofertilizers.