SuperThrive Bloom 3-12-6 Plant Nutrient - 1 Qt

Low-Nitrogen Flowering Nutrient for Hydroponic and Soil Feeding - 1 Qt

Too much nitrogen during flowering can stretch stems and slow bloom development. SuperThrive Bloom 3-12-6 gives flowering plants a low nitrogen, high phosphorus feed with a 3-12-6 analysis, and it carries a nitrate and ammoniacal nitrogen balance in its nitrogen content.

The 1 Qt bottle suits growers who want to trial a bloom nutrient, run a small indoor space, or keep a ready supply beside a larger bulk purchase. It is sold as a single bottle.

Key Features & Benefits

• 3-12-6 NPK analysis — lower nitrogen and higher phosphorus and potassium suit the flowering stage.
• Calcium and magnesium included — the formula lists 2.0% calcium and 0.5% magnesium alongside other secondary nutrients and micronutrients.
• Several application methods — use it in a siphon mixer, an irrigation injector, or as a foliar spray.
• Liquid concentrate — it mixes with water for feeding in hydroponic systems and soil.

Who Should Use SuperThrive Bloom

Home gardeners and licensed growers who want a dedicated flowering-stage nutrient, especially those running hydroponic systems or injector-fed irrigation, will find it useful.

About SuperThrive Bloom 3-12-6

SuperThrive Bloom 3-12-6 is a liquid plant nutrient with 3.0% total nitrogen, 12.0% phosphorus (P2O5) and 6.0% potassium (K2O). The bottle holds 1 Qt and measures 5.2 x 2.2 x 7.5 in. Shipping weight is 3 lb.

Frequently Asked Questions

Q: When should I start using a bloom nutrient?
A: The manufacturer's guidance is to apply Bloom before flower buds appear. This helps initiate and sustain flowering.

Q: What is an NPK analysis?
A: It lists the percentages of nitrogen, phosphorus (as P2O5) and potassium (as K2O) in the product. This one is 3-12-6.

Q: Can I use it with a siphon mixer or injector?
A: Yes. The listed siphon mixer rate is 2 – 4 fl. oz. per gallon of water. The irrigation injector rate is 10 – 18 fl. oz. per gallon of water.

Q: Why choose a low-nitrogen formula for flowering?
A: Plants in flower generally need less nitrogen than during vegetative growth. Lower nitrogen with more phosphorus and potassium suits that shift.

Q: Does it contain micronutrients?
A: Yes. The analysis lists iron, manganese, zinc, copper, boron, molybdenum, cobalt and nickel, among others.