Achieve exceptional results in hydroponic microgreen farming with the Plain OASIS® AeroSelect™ PlugSheet, a premium thin foam substrate tailored for precision propagation. With a height of 1.27 cm (1⁄2"), this engineered substrate is optimized for warm climates and water-demanding growing systems, providing a reliable foundation for microgreens and other leafy crops.
The AeroSelect™ PlugSheet’s unique open matrix design and finer cell structure enhance water retention, capillary action, and nutrient delivery. Ideal for lettuces, herbs, leafy greens (including spinach), and microgreens, it ensures uniform germination, rapid root development, and robust seedling growth under demanding conditions.
Key Features and Benefits
Optimized for Microgreens
Designed specifically for hydroponic microgreen propagation.
Thin, compact sheet ideal for efficient and high-yield farming.
Engineered for Warm Climates
Performs exceptionally in tropical and high water-demand environments.
Ensures consistent growth in challenging conditions.
Enhanced Capillary Action
Finer cell structure improves water retention and distribution.
Promotes finer roots with improved branching for healthier seedlings.
Balanced Air-to-Water Ratio
Maintains an optimal root zone environment for vigorous growth.
Prevents overwatering while ensuring efficient hydration.
Uniform Germination and Root Development
Ultra-low substrate density supports even seedling growth across the sheet.
Encourages unrestricted root penetration for uniform crop performance.
Reliable and Structurally Stable
Durable design ensures consistent results across multiple cycles.
Provides stable substrate performance in professional hydroponic systems.
Clean, Food-Safe Material
Inert, pest-free, and pathogen-free, ensuring safety for edible crops.
Simplifies precision nutrient dosing for effective crop management.
Recommendations
The Plain OASIS® AeroSelect™ PlugSheet is the ideal substrate for hydroponic growers seeking high-yield, precision microgreen production. Its innovative design supports efficient water management, consistent growth, and robust seedling development, making it indispensable for warm climates and high water-demand conditions.