Flower Boost Mix for Big Buds
Extra Nutrients for Your Plants in the Flowering Phase
With Yard 420 Flower Boost Mix for Big Buds, you can take your home grow to the next level. This special mix was developed to support your plants during the flowering phase and increase yield. The Flower Boost Mix contains a carefully balanced combination of organic ingredients specifically designed to provide large photoperiod plants that have been in the vegetative phase for a long time with all the necessary nutrients and maximize the growth and development of flowers. The high-quality ingredients promote the formation of large, resinous buds that are impressive in both taste and potency.
Key Features:
- High phosphorus and potassium content: Supports the formation and growth of strong flowers.
- Activated charcoal, microorganisms, and mycorrhizae: Increase nutrient uptake and strengthen root growth as well as the plant's immune system.
- Rock dust and horn shavings ensure a stable pH value and a long-lasting supply of nitrogen compounds.
- Easy application: Simply work into the soil or use as a top dressing.
Our Flower Boost Mix is ideal for anyone who wants to give their plants a nutrient boost during flowering to get the most out of the last vegetation period before harvest.
Application: Use the contents of the bag as a top dressing before initiating and towards the end of the flowering phase (sprinkle and work into the top layer of soil). The contents of the Flower Pack are sufficient for 2-3 top dressings of your Grow Buckets.
Ingredients
Flower Boost Mix for Big Buds contains a mixture of high-quality organic components and minerals that recharge your Grow Bucket for a new grow cycle. Organic long-term fertilizer components such as bone meal, horn shavings, and compost stand for an even release of nutrients over a long period. Rock dust replaces used minerals and ensures optimal flowering conditions with a stable pH value.
Organic
The components of the Reboot Pack are of organic origin. Compared to mineral fertilizers, the release of nutrients needed by the plants occurs through microbial activity and decomposition processes in the soil. This type of organic fertilization is less sensitive and more sustainable than the use of purely chemical fertilizers.
