Cultiwool 1.5" x 1.5" x 1.5" Cubes w/o Shrinkwrap (2250 Pieces/Case)
Cultiwool 1.5" x 1.5" x 1.5" Cubes w/o Shrinkwrap are sold by the case.
Need reliable, compact growing cubes without packaging restrictions for your propagation and early-stage growing needs?
The
Cultiwool 1.5" x 1.5" x 1.5" Cubes w/o Shrinkwrap deliver optimum air-to-water ratio and excellent water absorption for healthy root growth in compact growing applications with maximum handling flexibility.
These premium stonewool cubes are designed for growers seeking reliable propagation and early-stage growing media with advanced fiber structure technology and bulk packaging convenience.
Each
38mm x 38mm x 38mm cube features excellent water absorption and re-saturation rates with extremely even distribution of water and EC throughout the growing medium. The innovative design ensures optimal moisture retention and nutrient distribution for consistent plant development.
Cultiwool's cubes incorporate the exclusive
Plant Comfort fiber structure which provides lower density resistance during rooting with no loss of firmness, promoting stronger root development. The
Optiplus feature on the underside allows excess water to drain away easily, preventing waterlogging and root rot.
Built with
high-quality European stonewool and packaged without shrinkwrap for maximum flexibility, these cubes provide professional-grade growing media with enhanced accessibility for high-volume commercial operations.
Product Highlights
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Plant Comfort Fiber Structure: Exclusive technology provides lower resistance during rooting with maintained firmness for stronger root development
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Optiplus Drainage Feature: Unique underside design allows excess water to drain away easily, preventing waterlogging
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Optimum Air-to-Water Ratio: Engineered balance promotes healthy root growth and continued rooting development
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Bulk Packaging Flexibility: No shrinkwrap packaging provides maximum handling flexibility and accessibility for commercial operations
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Excellent Water Management: Superior absorption and re-saturation rates with even water and EC distribution
