CYCO Potash Plus Potassium Supplement — 0-4-6 Formula, 55-Gallon Format
CYCO Potash Plus potassium supplement delivers a balanced 0-4-6 NPK formula designed to strengthen plants, improve water retention, and enhance nutrient efficiency during the flowering stage. The formula supports the development of large, high-quality flowers while increasing drought tolerance and frost resistance, with potassium driving efficient nitrogen uptake and improving overall mineral balance. The 55-gallon format provides professional and large-scale growers with a consistent potassium additive supply across extended bloom programs.
0-4-6 Potassium Additive for Flowering and Yield Enhancement
This 0-4-6 potassium additive for flowering integrates into any bloom-stage nutrient program as a targeted mineral booster, improving transportability and water management at the cellular level while supporting consistent, high-quality yields under varying environmental conditions. Compatible with hydroponic and soil-based programs, Potash Plus enhances flower production without displacing other nutrients in the existing feed schedule.
Key Features
- 0-4-6 NPK Potassium Formula: Delivers a 0-4-6 nutrient profile with concentrated potassium to drive bloom-stage flower size, density, and quality without adding excess nitrogen or phosphorus.
- Water Retention Improvement: Potassium improves cellular hydration and water retention, supporting plant resilience during drought stress and temperature variation in production environments.
- Drought and Frost Tolerance: Elevated potassium availability increases tolerance to drought and cold stress, protecting crop consistency under variable environmental conditions.
- Nitrogen Uptake Optimization: Potassium supports efficient nitrogen uptake and utilization, helping growers maximize the return on their base nutrient program during the flowering phase.
- 55-Gallon Professional Supply: Bulk format sized for professional and large-scale grows running continuous bloom programs, ensuring consistent 0-4-6 potassium additive access across multiple production cycles.