BioStrate Roll

The BioStrate® Roll is a premium, biodegradable, natural fiber felt growing mat designed to support healthy seed germination, root development and microgreen production. Its open-fiber structure promotes excellent water retention, air exchange, and uniform moisture distribution — making it ideal for hydroponic systems, tabletop trays and propagation benches. Whether you’re growing microgreens, sprouts, leafy greens, herbs, or seedlings, BioStrate provides a stable growing surface that enhances crop quality and simplifies watering.

Available in 9"x 250' rolls or 10" x 250' rolls. 

Key Features

• Natural & Biodegradable Growing Surface
  Made from long-lasting biodegradable fibers that are gentle on roots and environmentally friendly for propagation and microgreen production.

• Excellent Moisture Retention & Distribution
  The fibrous matrix holds water evenly across the surface, supporting consistent seed hydration and reducing dry spots.

• Optimal Air-to-Water Balance
  BioStrate’s open fiber structure promotes oxygen availability at the root zone while maintaining adequate moisture levels — essential for strong early crop growth.

• Versatile Growing Applications
  Can be cut to fit standard seedling trays, microgreen racks, greenhouse benches, or hydroponic propagation tables.

• Promotes Vigorous Root Growth
  Fibrous, interlocking strands encourage robust root penetration and help young plants anchor for quicker establishment.

Benefits for Growers

• Improved Seedling & Microgreen Quality
  Uniform moisture and airflow encourage thicker stands and consistent germination results.

• Reduced Mess & Cleanup
  BioStrate’s structured surface eliminates loose media, making watering and harvest less messy than soil-based growing.

• Reusable & Easy to Harvest
  The fibrous mat supports multiple grows with proper care and allows for easy trimming or lifting at harvest.

• Great for Hydroponic & Soilless Systems
  Pair it with bottom-watering trays, ebb & flow tables, or NFT/vertical systems to streamline propagation and microgreen cycles.