Agright Silica Soubilizing Bacteria
Agright Silica Solubilizing Bacteria (SSB) is a biofertilizer that converts insoluble silica into a plant-available form, strengthening cell walls and improving plant resilience. It enhances tolerance to pests, diseases, and stress—promoting stronger, healthier, and more productive crops naturally.
Product Description:
Agright SILICA SOLUBILIZING BACTERIA (SSB) is a biological fertilizer formulated with a selected strain of naturally occurring silica-solubilizing bacteria. It works as an effective soil inoculant by mobilizing insoluble silica into a plant-available form. This enhances plant strength, improves tolerance to biotic and abiotic stress, and increases resistance to pests and diseases.
Key Benefits:
- Solubilizes unavailable silica ions into plant-usable form.
- Strengthens cell walls, making plants resistant to pests and diseases.
- Protects crops from lodging and helps combat biotic & abiotic stresses.
- Improves overall plant vigor and reduces dependency on chemicals.
Recommended Crops:
Cereals, millets, fruits, vegetables, flowers, sugarcane, plantation, and field crops.
Other Products
Agright Phosphate Solubilizing Fungi (PSF) is a natural biofertilizer that converts insoluble soil phosphorus into a plant-available form through organic acid secretion. It enhances root growth, boosts nutrient efficiency, reduces chemical fertilizer dependency, and promotes sustainable crop productivity.
Phosphate Solubilizing Fungi
Agright Rhizobium is a symbiotic nitrogen-fixing biofertilizer that forms root nodules in leguminous crops, converting atmospheric nitrogen into a usable form. It improves soil fertility, enhances crop growth, and reduces the need for chemical nitrogen fertilizers naturally and sustainably.
Agright Rhizobium (Nitrogen Fixer)
Agright Azotobacter is a nitrogen-fixing biofertilizer that converts atmospheric nitrogen into plant-available forms, enhancing soil fertility and crop productivity. It improves root health, stress tolerance, and yield while reducing dependence on chemical fertilizers for sustainable farming.