General Hydroponics - FloraPro Bloom 7-12-27

Brand: General Hydroponics

General Hydroponics FloraPro Bloom

FloraPro Bloom is a water-soluble powder fertilizer with a guaranteed analysis of 7-12-27 plus 5 percent magnesium and 6.5 percent sulfur, derived from ammonium nitrate, magnesium nitrate, magnesium sulfate, monopotassium phosphate and potassium nitrate. It serves as the flowering-stage B component of the commercial two-part FloraPro powder program. Combined with FloraPro Calcium plus Micros, it delivers elevated phosphorus and potassium to support reproductive growth and bloom development. Technical-grade, high-purity inputs give lot-to-lot consistency for facilities that need repeatable results.

Run Calcium + Micros in Tank A and Bloom in Tank B, and mix Bloom only with Calcium + Micros. Dissolve completely in water before feeding through continuous liquid-feed systems, and switch from Grow to Bloom when plants initiate flowering. Maximum solubility is 420 g/L, approximately 3.5 lb per US gallon, and stock tanks are typically operated at around 80 percent of that maximum. Prepare stock solutions within two weeks of mixing.

Available Options

• 5 lb (SKU GFPBS5)
• 25 lb (SKU GFPBS)

Key Features

• Guaranteed analysis 7-12-27 with 5 percent magnesium and 6.5 percent sulfur
• Derived from ammonium nitrate, magnesium nitrate, magnesium sulfate, monopotassium phosphate and potassium nitrate
• Water-soluble powder for stock tank and injector programs
• Elevated phosphorus and potassium for the flowering stage
• High solubility designed for injection systems and drip irrigation without clogging
• Maximum solubility of 420 g/L, about 3.5 lb per US gallon
• Technical-grade, high-purity inputs for lot-to-lot consistency
• Two-tank program with Calcium + Micros in Tank A and Bloom in Tank B

Ideal Applications

• Flowering stage in commercial indoor cultivation
• Fertilizer-injection and stock tank feed programs
• Large-scale hydroponic production
• Rockwool, coco coir and soilless media
• Facilities standardizing on a two-part powder base