Bacillus pumilus

As a natural biofertilizer and biostimulant, B. pumilus solubilizes phosphorus, facilitates nitrogen conversion, accelerates organic matter decomposition, and enhances soil structure, providing a more productive growing environment. Beyond improving soil health, the soil probiotic actively supports plant vigor and stress tolerance. It aids crops in adapting to environmental challenges such as salinity, drought, and heavy metal stress, while also reinforcing their natural defense mechanisms against external threats.

Unlocking Phosphorus for Better Nutrient Absorption

As a phosphate-solubilizing bacterium, Bacillus pumilus converts insoluble phosphates into plant-available nutrients, improving early root growth and reducing dependence on synthetic phosphate fertilizers.

• Solubilizes rock phosphate and calcium phosphate in the soil
• Improves early root growth, flowering, and fruiting
• Minimizes phosphorus runoff and fertilizer waste

Optimizing Nitrogen Efficiency and Soil Fertility

This nitrogen-fixing soil probiotic plays a key role in nitrogen cycling by converting organic nitrogen into forms plants can use. Its action supports soil health and reduces fertilizer losses.

• Increases nitrate availability for crop uptake
• Reduces nitrogen leaching and improves efficiency

Strengthens Natural Plant Defenses and Triggers Induced Systemic Resistance (ISR)

This agricultural microbe activates plant immune signaling through ISR-related pathways, helping crops build resilience to environmental and biological stress. Colonized plants often exhibit improved biomass, nutrient uptake, and overall performance.

• Activates jasmonic acid and salicylic acid defense pathways
• Enhances biomass accumulation and yield even under stress

Boosting Plant Growth with Phytohormones

Bacillus pumilus is a plant growth-promoting rhizobacteria (PGPR) that produces plant growth hormones that accelerate development and boost yields. These natural bioactive compounds replace the need for synthetic stimulants.

• Produces IAA, gibberellins, and cytokinins for root and shoot growth
• Accelerates seed germination and early-stage establishment
• Increases plant biomass and overall productivity

Adaptability to Harsh Growing Conditions

Widely used in organic farming, this beneficial soil bacterium enhances crop resilience under environmental stress, especially in saline, drought-prone, or contaminated soils.

• Improves salt tolerance via osmotic balance and enzyme activity
• Enhances drought resistance through deeper root growth
• Reduces cadmium and heavy metal uptake in polluted soils

Improving Soil Structure and Organic Matter Breakdown

This soil probiotic improves soil texture and rapidly decomposes organic material. These effects support better root access, nutrient cycling, and long-term fertility.

• Enhances soil porosity, aeration, and water movement
• Breaks down crop residues to release plant-available nutrients

Natural Enzyme and Organic Acid Production

Bacillus pumilus secretes enzymes and organic acids that unlock bound minerals and micronutrients, improving overall rhizosphere function.

• Produces acids like citric and gluconic to solubilize minerals
• Releases enzymes that enhance nutrient cycling and root uptake

Eco-Friendly Solution for Sustainable Farming

This biofertilizer aligns with regenerative agriculture and organic soil inoculant practices by improving nutrient cycling and reducing chemical input dependence.

• Enhances nitrogen and phosphorus bioavailability
• Supports soil aggregation via exopolysaccharide production

Why Choose Our Bacillus pumilus?

• High CFU Count and Shelf-Stable Formulation - Manufactured at concentrations up to 500 billion CFU/g, our spore-forming B. pumilus delivers long-lasting viability, high application efficiency, and shelf stability. It performs reliably across a range of crops, climates, and soil types.
• Multi-Functional Biofertilizer and Soil Probiotic - Our Bacillus pumilus strain enhances plant growth by promoting phosphorus solubilization, nitrogen cycling, and microbial balance in the rhizosphere. It produces natural phytohormones and organic acids that stimulate root elongation and improve soil fertility and plant vigor while reducing dependence on synthetic inputs.
• Supports Natural Plant Immunity and Stress Resilience - By triggering induced systemic resistance (ISR), our strain strengthens plant defense signaling via jasmonic and salicylic acid pathways. It helps crops resist abiotic stressors like salinity, drought, and heavy metals, improving performance in challenging field environments.
• Non-GMO and Regenerative Farming Compatible – Our B. pumilus is naturally occurring, non-GMO, and ideal for regenerative and organic farming. It integrates seamlessly with compost-based systems and biological inputs, offering a clean-label solution for soil health and plant nutrition.
• U.S.-Made by ABI for Bulk and Private-Label Use – Applied Biotech Industries (ABI) is a U.S. microbial fertilizer manufacturer specializing in high-CFU, fermentation-based biofertilizers. We produce Bacillus pumilus in powder format for agricultural distributors, wholesalers, and input manufacturers.

Looking to buy Bacillus pumilus for agriculture? ABI offers wholesale microbial inoculants for soil health, plant nutrition, and regenerative farming. Whether you need a phosphate-solubilizing bacteria, a plant probiotic, or a private-label biofertilizer, we deliver quality U.S. manufacturing and field-tested performance.