Multipack Root Pouch fabric pot 53x42cm 95L with handles brown 10 units

Multipack Root Pouch fabric pot 53x42cm 95L with handles brown 10 units

Root Pouch plant pots can be used to grow plants of any size and type, and are also ideal for transporting plants because they are lightweight, durable. Potted plants and trees will enjoy healthy growth while above-ground, and can also be planted directly in the ground, where the pot will degrade to allow the roots to take hold in the natural environment. The Root Pouch plant pot can be used successfully in many different climate and soil conditions, from desert sand to clay.

• Lasts several seasons in tough conditions
• Boosts plant growth and yields
• Fabric allows roots to breath
• Prevents roots from circling
• Pots are washable and last for multiple seasons
• Keeps plants warmer in winter & cooler in summer
• Pots allow plants to be placed outside quicker
• Saves up to a week off vegetative growth cycle
• Can be used with drip systems, overheads & hydroponic flood trays
• Sizes 22 Litre and up have handles
• Brown color

What makes Root Pouch plant pots a more sustainable gardening option?

Root Pouch plant pots used reclaimed plastic bottles that would otherwise be sent to our landfills. This not only recycled old plastic, it prevents the need for new plastic to be created, which saves petroleum and fossil fuels from being used.

What makes Root Pouch plant pots a better choice for healthier plants?

Root Pouch plant pots are more breathable and water-efficient, encouraging a more fibrous, dense root structure and preventing roots from circling. They also provide superior insulation, protecting plants against winter cold and summer heat.

What are Root Pouch plant pots made of?

Root Pouch plant pots are made of PETE (polythehylene terephthalate) derived from plastic bottles. This material is spun into fibers that are mixed with recycled cotton fibers, which degrade harmlessly over time. The resulting geotextile is available in four versions, each with a different degradation schedule—from six months to six years.