Hawaiian Bud Bloom Booster for Late Flowering
Grow More Hawaiian Bud is a high-analysis bloom nutrient designed to power the late flowering cycle with fast-translocating phosphate and chloride-free potash. Its fortified blend—humic acid, Norwegian kelp extract, and six trace elements—supports stronger bud set, essential oil development, and uniform ripening across your canopy.
Clean, Compatible, and Fully Soluble
This formula is 100% soluble, uniform in analysis, and tank-stable without agitation, making it ideal for foliar programs, injectors, dosers, and fertigation systems. It’s also compatible with most common pesticides and fungicides, and doubles as a spreader and acidifier for efficient leaf coverage.
Built for Hydroponics, Soilless, Coco & Aeroponics
Whether you grow in hydroponics, organic soils, coco coir, soilless mixes, or aeroponics, Hawaiian Bud provides a precise PK finisher for improved weight, color, and post-harvest quality. The chloride-free potassium helps mitigate stress while enhancing drought and disease tolerance to finish crops strong.
Consistent Results for High-Performance Gardens
Every drop delivers the same analysis for predictable results. Growers can leverage a foliar nutrition program to potentially reduce base soil fertilizer inputs (with proper practice) while sustaining fast, vigorous development in field, vegetable, nursery, and greenhouse production.
Benefits:
-
Fast PK delivery in late bloom: Readily translocating phosphate and chloride-free potash drive bud set, size, and finish quality.
-
Fortified performance blend: Humic acid, Norwegian kelp extract, and trace elements support essential oils, aroma, and stress resilience.
-
100% soluble & uniform: No agitation required; consistent analysis ensures predictable results in foliar or fertigation use.
-
System-friendly & compatible: Works across hydroponics, soilless, coco, and aeroponics; compatible with most pesticides/fungicides.
-
Finisher with stress mitigation: Potassium quality improves storageability, color, and disease/drought tolerance at harvest.