Bio Nova SOIL Supermix Mineral-Organic fertilizer 5 liter

BN SOIL Supermix is a one component mineral-organic fertilizer based on BN Hydro Supermix and especially adapted to systems with soil. Nutrients for growing and flowering, and A/B are combined within one product, which makes cultivating very easy

This fertilizer consists of :        

• macro elements such as NO3, NH4, NH2, SO4, P, K, Ca, Mg and Si.
• chelated micro elements such as  Fe, Mn, Zn, B, Cu and Mo
• organic components.

All of the elements mentioned above are 100 % pure, and of an organic origin. Therefore, this fertilizer is absorbed directly, and a low EC will suffice. Furthermore, the organic components work as a good buffer.

BN SOIL Supermix enhances an optimal soil condition, actively stimulates the root development and provides as a complete fertilizer not only for growing but also for flowering.

Apply a supplement of P-K 13+14 as Superbloomer during the flowering period.

In spite of the application of chelates (chelated micro elements) which makes this fertilizer virtually pH-independent, it could be necessary to adjust the pH. Use phosphoric acid to adjust the pH downwards. Use potassium-hydroxide solution to adjust the pH upwards. In this case you will need 4 grams of potassium per liter of soil per 0.5 pH.

Since BN SOIL Supermix is partially organic, this fertilizer cannot be applied by means of a dripping system (organic substances contain a great number of coarse particles). Therefore, the mineral fertilizer BN HYDRO Supermix is applied as an alternative for dripping systems in order to reach the same result. These minerals are pure and do not clog the dripper.

DOSAGE: 2-4 times per week 400-500 ml. per 100 liters of water.

The number of times depends on the size of  the plant, the species, and on the climatic conditions.

When you start with richly fertilized soil, you will not need a liquid fertilizer for the first three weeks. However, when you are re-using soil, you will need liquid fertilizers from the first day, dependent on a  possible soil analysis.