DACQUAR - HYDROGRANULES | 100gr
DACQUAR microgranules retain water up to 300 times their own weight and then gradually release it to the roots, minimising periodic watering. Completely ecological! Ideal for any plant and...
DACQUAR microgranules retain water up to 300 times their own weight and then gradually release it to the roots, minimising periodic watering.
- Completely ecological!
- Ideal for any plant and flower!
- Absorbs up to 300 times its own weight in water!
DACQUAR performs a 'sponge' action for 4-5 years, after which it naturally degrades in the soil.
SAVE WATER AND TIME AND WATER EVERY 2 WEEKS!
HOW IT WORKS
The product, which is easy to apply and handle, should be mixed with soil before transplanting flowers and plants. Once in place, thanks to its absorbent capacity, it is able to retain water (irrigation, rain, capillary and air humidity) and all nutrients present, and then make them available to the plant.
DACQUAR limits the waste of water and fertilisers, guaranteeing a hydro-nutritional reserve always ready for the root system up to 30 days after the last watering, allowing a reduction of the same by more than 50%.
INSTRUCTIONS FOR USE
Repotting or new planting
Mix 40 g of product with a 25 l bag of potting soil and use the resulting mixture to fill pots. Fill the pot to a maximum of 3-4 cm from the rim, to allow the microgranules to increase in volume and to prevent soil spillage. Water abundantly for the first few days.
Plants already in pots or in the ground
Use a small pointed cylinder (e.g. a pencil) to make a few holes in the root development area and pour DACQUAR into them up to halfway through the hole. Cover the holes with potting soil and water thoroughly. The equivalent of a tablespoon (approx. 10 g of microgranules) is sufficient for a pot with a circumference of 40 cm.
The product should always be buried a few centimetres from the root system, mixed with potting soil and distributed evenly in the furrow or planting hole. Dosage may vary depending on the different areas of application and soil structure.