BAC Bloom Stimulator 120ml - Stymulator fazy kwitnienia

BAC Biological Bloom Stimulator: Revolutionary solution for your garden

BAC Biological Bloom Stimulator is a product that not only accelerates the absorption and transport of nutrients (K) in plants, but also stimulates the development of beneficial microorganisms in the substrate. Moreover, it increases the pH value in the root environment, which is crucial for plant health. This means faster bud formation and accelerated flowering.

The beneficial microorganisms, whose development is supported by our stimulator, also contribute to the production of oxygen and the formation of its compounds with nutrients. This allows us to effectively prevent soil and substrate diseases. In addition, the BAC Bloeistimulator stimulator cleans and prevents blockages in drippers, tubes and other conduits.

We care about the safety of our product for your plants. Therefore, we recommend storing it in a cool place and not using it simultaneously with other products containing enzymes. Remember that our biological stimulator Bloeistimulator is a very concentrated preparation!

The product is available in packages of various capacities: 60 ml (for 600 liters), 120 ml (for 1200 liters), 300 ml (for 3000 liters) and 1 liter (for 10,000 liters).

Why choose Bloom Stimulator:

• Improves the fluidity of nutrients in plants;

• Supports and accelerates the absorption and transport of components by the plant;

• Clears irrigation channels, guaranteeing that these channels will not be blocked;

• Increases pH value near the root.

The product is 100% organic and can be applied to any substrate.

Remember: Do not mix Bloom Stimulator fertilizer with enzymes!

They are created by microorganisms. Mixing them would eliminate their effects mutually.

The product is intended for plants from the 2nd week of flowering until harvest.

Dosage:

Add 1-2 ml per 10 l of water.

Type of fertilizers: Organic

Life stage: Flowering

Type of cultivation: Soil

Purpose: Flowering phase booster

Capacity (L): 0.30