High-Performance Hydroponic Growing Medium for Vigorous Roots
These coco coir cubes are manufactured using premium RHP buffered material to ensure the lowest possible salt content and maximum nutrient uptake efficiency. The unique compressed design allows for easy storage and logistics, while the closed-top fabric ensures the hydroponic growing medium remains contained and protected from debris. Upon hydration, each cube expands to a full 1.5-gallon volume, providing a generous 6-inch footprint for substantial root architecture. With an air-filled porosity of 36%, these cubes prevent root rot and promote the oxygenation necessary for high-yielding crops.
Precision Engineering with Coco Coir Cubes
The Kaya Coir system is specifically tailored for growers who demand consistency across every cycle. By utilizing a hydroponic growing medium with a stable pH of 6.0-6.5 and an extremely low EC of less than 0.1, you gain total control over your nutrient regimen without interference from baseline minerals. The 60-65% water holding capacity ensures that moisture is distributed evenly throughout the coco coir cubes, preventing dry spots and salt buildup. This Pallet with 64 Cases - 1792 Pieces is the ideal solution for large-scale operations looking to streamline their transplanting process and maximize vertical growth space.
Key features:
- Ultra-Low EC Content: Multiple washes ensure an EC below 0.1 mS/cm, providing a clean slate for precise nutrient management.
- Optimized Air-to-Water Ratio: Features a 36% air-filled porosity to drive oxygen to the rhizosphere and accelerate vegetative growth.
- Rapid Expansion Technology: The 1.65-inch dry height quickly expands to a full 6-inch cube, reaching a 1.5-gallon volume (5.68 Liters) almost instantly.
- RHP Certified Quality: Uses 100% RHP buffered coco coir to guarantee structural integrity and chemical stability throughout the grow cycle.
- Closed Top Fabric Design: The integrated fabric housing maintains the cube's shape and protects the medium from algae growth and external contaminants.