Bactobloom 10 g

Description

of the plant, which promotes flowering.

Features:

• They produce active metabolites that stimulate plant growth and productivity.
• They produce active metabolites that reduce stress caused by unfavorable environmental conditions and harmful organisms.
• They reduce the retardation of plant development and the accumulation of secondary metabolites (resin, organic acids, essences)
• They stimulate the growth of treated plants.
• They promote the spread of beneficial life in the rhizosphere.
• Increases the spread of secondary roots.
• They improve soil structure and the uptake of available and unavailable nutrients.
• The organic nutrients in the formula in turn stimulate the proliferation of beneficial microorganisms.

Contained microbial strains:

• Paenibacillus azotoformans, Bacillus coagulans, Bacillus pumilus and Sacharomyces cerevisiae (1×10^9 cfu/g).
• Amino acids of plant origin: 3%.
• Soluble inert carriers: 97% polysaccharides.

Plants compatible with Bactobloom:

• All cultivated plants, horticultural, ornamental or fruit trees, are susceptible to treatment with Bactobloom.

Instructions for use:

• The product is formulated to be applied to the substrate by irrigation.
• Formula is formulated for use on potted houseplants.
• It is recommended to dissolve the contents of the 10 g bottle in 10 liters of water, the 50 g bottle in 50 liters of water, or half a teaspoon in 1 liter of water, and water the plant thoroughly.

Compatibility with phytosanitary products and fertilizers:

• This is a living microbial product, so co-treatment with active ingredients is not recommended
• pesticides and fungicides), as these can be harmful to the microbial strains in Bactobloom.
• Most common fertilizers are compatible with this product.

Stability:

• Product has a shelf life of 18 months if stored in a cool, dry place away from direct sunlight.

Physical and chemical properties:

• Appearance: Dark powder with light granules.
• pH in water (1:5): 6.
• Dry matter: 97%.
• Relative density (H2O=1) 0.7 kg/l.