One-Component Soil Fertiliser 5 L

Component-1 by House and Garden contains no unnecessary swelling agents such as those found in solid fertilisers. It contains pure, high-quality nutrients, including EDDHA iron. This allows the plant to absorb nutrients quickly and effectively during growth and flowering. Preparing the nutrient reservoir: Fill two thirds of the reservoir with water. First add A. Mix well. Add B and mix well. Set the electrical conductivity level: Start at 1.2 (EC 1.2), increase according to the growth schedule until the end of the flowering period; finish at 2.0 (EC 2.0). Add pH- (down) or pH+ (up) to the nutrient solution to maintain a value of 5.7 to 6.7. Top up the reservoir with water. If needed, use root-growth or flowering stimulators. Your reservoir is ready for the first watering. Water with an electrical conductivity value + Soil A&B with an electrical conductivity value = ready-to-use nutrient solution. Tip: Do not add Soil A and Soil B at the same time. This leads to inadequate feeding, build-up or clogging. Use instruments to measure electrical conductivity and pH level. For optimal absorption, thoroughly moisten the substrates (+/- 90% humidity) before planting. Fill the cover or reservoir with water containing a light nutrient solution with electrical conductivity 1.2 and leave it for one day. Cut the bottom of the cover or open the plant container so excess water can drain back into the nutrient reservoir. The substrate is ready for planting. From this point on, keep the substrate slightly dry to allow the roots to find food and water. This will activate the plant. Reservoir volume and available sizes: Volume: 1 litre for every 250 litres of ready-to-use nutrient solution; Available reservoir sizes: 1,5 and 10 litres

Component-1 by House and Garden contains no unnecessary swelling agents such as those found in solid fertilisers. It contains pure, high-quality nutrients, including EDDHA iron. This allows the plant to absorb nutrients quickly and effectively during growth and flowering. Preparing the nutrient reservoir: Fill two thirds of the reservoir with water. First add A. Mix well. Add B and mix well. Set the electrical conductivity level: Start at 1.2 (EC 1.2), increase according to the growth schedule until the end of the flowering period; finish at 2.0 (EC 2.0). Add pH- (down) or pH+ (up) to the nutrient solution to maintain a value of 5.7 to 6.7. Top up the reservoir with water. If needed, use root-growth or flowering stimulators. Your reservoir is ready for the first watering. Water with an electrical conductivity value + Soil A&B with an electrical conductivity value = ready-to-use nutrient solution. Tip: Do not add Soil A and Soil B at the same time. This leads to inadequate feeding, build-up or clogging. Use instruments to measure electrical conductivity and pH level. For optimal absorption, thoroughly moisten the substrates (+/- 90% humidity) before planting. Fill the cover or reservoir with water containing a light nutrient solution with electrical conductivity 1.2 and leave it for one day. Cut the bottom of the cover or open the plant container so excess water can drain back into the nutrient reservoir. The substrate is ready for planting. From this point on, keep the substrate slightly dry to allow the roots to find food and water. This will activate the plant. Reservoir volume and available sizes: Volume: 1 litre for every 250 litres of ready-to-use nutrient solution; Available reservoir sizes: 1,5 and 10 litres