CYCO Swell PK Bloom Booster — 275-Gallon Bulk Supply
CYCO Swell PK bloom booster delivers phosphorus, potassium, and magnesium to drive efficient photosynthesis, support plant maturation, and help plants withstand stress during the late flowering stage. The 275-gallon tote format provides commercial facilities and large-scale growing operations with a consistent bulk supply of late-bloom PK support for high-throughput hydroponic and soilless programs across multiple concurrent flowering cycles.
Bulk PK Bloom Booster for Late Flowering in Large-Scale Hydroponic Operations
This bulk PK bloom booster for late-flowering hydroponics integrates into existing bloom programs as a targeted late-stage additive, activating plant enzymes and promoting carbohydrate movement for improved fruit quality and bloom density. Optimized for commercial-scale fruiting and flowering crops in hydroponic and soilless environments, CYCO Swell 275GAL delivers the same targeted P-K-Mg profile as the 55-gallon format with the procurement efficiency of a high-volume commercial tote.
Key Features
- P-K-Mg Late-Bloom Profile: Phosphorus, potassium, and magnesium combination addresses the specific mineral demands of late-stage flowering crops, supporting bloom maturation, density, and final quality.
- Photosynthesis and Energy Conversion: The P-K-Mg profile drives efficient photosynthesis during peak bloom demand, supporting faster maturation and effective energy allocation to developing flowers.
- Stress Tolerance During Bloom: Potassium and magnesium work together to maintain plant stress tolerance during the high-demand late-flowering phase, reducing losses from environmental variation.
- Fruit Size and Quality Improvement: Concentrated potassium availability during final bloom stages improves fruit size, density, and overall harvest quality in compatible flowering and fruiting cultivars.
- 275-Gallon Commercial Tote: High-volume bulk format eliminates restocking frequency for large-scale commercial operations running continuous late-bloom PK programs across multiple concurrent flowering cycles.