PK 13-14

PK 13-14
The original PK 13-14

WHY
Considerably increases the yield and quality of all treated plants!
Contains hardly any ballast salts or heavy metals!
More dry weight in the end product!
The perfectly balanced combination of phosphorus and potassium!

What is PK 13-14?
PK 13-14 is the perfectly balanced combination of phosphorus and potassium. Phosphorus activates flowering in every treated plant, and potassium promotes flowering and produces an exuberant bloom. It is made with food-grade minerals, one of the purest forms of minerals, and contains hardly any ballast salts or heavy metals. This means PK 13-14 can be absorbed directly by the root system and no heavy metals remain in the end product. PK 13-14 should always be used in combination with one of the following Bionova main nutrients: Soil Supermix, Hydro Supermix, Aero Supermix or Autoflower Supermix.

When should PK 13-14 be used?
Use 2-6 ml of PK 13-14 per 10 litres from the first week of flowering until the last week of flowering. PK 13-14 can be used in combination with all Bionova nutrients, stimulators, minerals, universal products and substrates.
How do you use PK 13-14?
Application via watering
Shake well and add 2-6 ml per 10 litres every time you prepare your nutrient solution. Use this solution every time the plants are watered throughout the flowering period.

Tips from the growers!
Deficiency symptoms are often caused by poor-quality substrates and/or abnormal pH values of the nutrient solution. To cure deficient plants, you can apply a PK 13-14 solution at a dilution of 2.5-5 ml in 10 litres of water by watering or as a foliar spray.

WHAT’S INSIDE?

Phosphorus:
1. The function of phosphorus in plants is very important. It helps a plant convert other nutrients into usable building blocks with which it can grow. Phosphorus is one of the three main nutrients most commonly found in fertilisers and is the “P” in the NPK balance listed on fertilisers.
2. Phosphorus is like a power plant inside plants and plays a role in every process in which energy is transferred from one function to another. These energy transfers include growing roots or forming flowers and fruit. Phosphorus initiates the conversion of nitrogen into amino acids and is the trigger that converts sunlight into carbohydrates. This element is needed most urgently during transition periods in plant growth, such as at the end of vegetative growth and the start of the flowering phase.

P+K:
The perfect combination when your plants are flowering!
1. Bionova is the inventor of the original composition: PK 13-14. An indispensable additive.
2. Bionova PK 13-14 has a higher concentration than most of our competitors!
3. Bionova PK 13-14 is made from the highest-quality food-grade minerals. This ensures our PK 13-14 is available to the plant within a few hours, giving you optimal control of your plants.

Potassium:
1. Is linked to the transport of water, nutrients and carbohydrates in the plant tissue. It is involved in enzyme activation in the plant, which affects the production of proteins, starch and adenosine triphosphate (ATP). ATP production can regulate the rate of photosynthesis.
2. Plants “breathe” carbon dioxide through tiny pores in the leaves known as stomata. When potassium enters the cells around the stomata, the cells collect water and swell, opening the pores and allowing CO2 in. When the water supply is not optimal, the potassium in the cells around the stomata decreases, closing the pores to prevent water loss and minimise drought stress. When the flowering phase begins, potassium is a catalyst in the production and supply of the starch and sugars needed for complete flower formation.

Minerals:
Certain minerals such as phosphorus and magnesium are essential for the reproduction, growth and development of the plant. The minerals absorbed by the roots are mineral ions dissolved in the soil and water. They help plants complete their life cycle and produce seeds.

EC FERTILISER: solution of PK fertiliser 0-13-14
13% phosphorus pentoxide (P2O5), water-soluble
14% potassium oxide (K2O), water-soluble