105CT OASIS® AeroSelect™ PlugTray Singleseed 28/CS (2940)

Elevate your hydroponic farming efficiency with the 105CT OASIS® AeroSelect™ PlugTray Singleseed, a precision-engineered substrate designed for optimal propagation in water-demanding conditions. This automation-ready substrate supports healthy growth and minimizes labor, offering a seamless solution for lettuces, herbs, leafy greens (including spinach), and other high-water-demand crops.

The AeroSelect™ PlugTray ensures an uncompromised air-to-water ratio for a well-balanced root zone environment. Engineered for warm climates and tropical conditions, it prevents root tangling, reduces transplant stress, and delivers consistent post-transplant performance, making it indispensable for professional hydroponic farming.

Key Features and Benefits

Optimized for Warm Climates

• Specifically designed for tropical and high-water-demand growing conditions.
• Supports consistent crop performance in challenging environments.

Enhanced Root Zone Balance

• Maintains a precise air-to-water ratio for optimal root health.
• Prevents overwatering while ensuring efficient hydration.

Uniform Germination and Seedling Development

• Ultra-low substrate density promotes rapid root penetration and even growth.
• Ensures robust and unrestricted seedling growth for high-quality yields.

Effortless Transplant Process

• Facilitates clean and damage-free extraction, reducing transplant delays.
• Minimizes root breakage and stress for superior post-transplant growth.

Structurally Stable and Reliable

• Consistent and durable performance for multiple propagation cycles.
• Ensures predictable results in professional hydroponic systems.

Food-Safe and Clean Material

• Inert and free from pests and pathogens, ensuring safety for edible crops.
• Simplifies nutrient dosing for precision crop management.

Recommendations

The 105CT OASIS® AeroSelect™ PlugTray Singleseed is a reliable choice for growers seeking to optimize hydroponic propagation in warm climates. Its advanced design ensures uniform growth, efficient water management, and reduced labor, making it ideal for high-demand systems.