Transform your hydroponic operations with the 162CT OASIS® Horticubes® eS Singleseed, a degradable growing medium specifically engineered for hydroponic seed propagation. This advanced media boasts low-density foam and high drainage, providing an optimal air-to-water ratio for uniform germination and stronger root growth. Tailored for vegetables and leafy greens, Horticubes® eS is a sustainable and efficient solution for professional growers.
Certified as 86% degradable in anaerobic environments within 90 weeks (ISO 15985), this eco-friendly product reduces its environmental footprint while offering consistent, pathogen-free performance. With its precision-engineered dibble holes and nutrient-control capabilities, Horticubes® eS ensures uniform crop growth and hassle-free seeding.
Key Features and Benefits
Eco-Friendly Degradability
ISO-Certified: 86% degradation in 90 weeks in anaerobic conditions.
Ensures consistent, uniform germination across all seeds.
Maintains uniform moisture levels regardless of irrigation setup.
Advanced Root Development
Specialized media density facilitates rapid root penetration.
Promotes strong, healthy root systems for higher crop productivity.
Sterile and Safe Medium
Pathogen-free and disease-resistant for healthy plant growth.
Provides a clean environment ideal for seedling propagation.
Irrigation and Durability
Durable foam prevents clogging of irrigation filters.
Ensures compatibility with a variety of hydroponic irrigation systems.
Nutrient Management Flexibility
No added fertilizers for total control over hydroponic feeding regimens.
Allows for easily adjustable nutrient solutions with no cation exchange capacity.
Automation-Ready Design
Uniform dibble hole spacing and depth for precise automated seeding.
Streamlines germination for consistent crop yields.
Crop & Use Recommendations
Designed for hydroponic germination of lettuce, leafy greens, onions, tomatoes, cucumbers, peppers, and other vegetables.
Recommendations
The 162CT OASIS® Horticubes® eS Singleseed offers an unparalleled combination of sustainability, precision, and efficiency. Its degradable, pathogen-free, and automation-compatible design makes it an essential medium for hydroponic growers aiming to optimize productivity while reducing environmental impact.