Description
Smart Pot
Smart Pots utilize a patented fabric design to produce a healthier plant. Before Smart Pots became a household name, professional tree growers were using it for over 25 years and found their trees grew better in our fabric containers.
Almost all plants grow better in Smart Pot fabric containers. That’s because Smart Pots support healthy root growth. And strong roots means a stronger plant.
Compared to plastic containers, Smart Pots stay cooler on hot days because it allows air to flow through the sides of the fabric. Roots can’t grow and are stressed when plastic containers get hot.
Smart Pots also root-prunes. What is root pruning? When a root tip reaches the side of our fabric container, it stops in place, and initiates lateral, or side branching. As this process repeats, the entire area of the container is filled with fibrous root growth, allowing more surface area for mineral and water absorption. A recent study at Texas A&M University showed double the root mass compared to a traditional plastic container. In a plastic container, roots circle around the side and rarely initiate fibrous growth.
Smart Pots utilize a patented fabric design to produce a healthier plant. Before Smart Pots became a household name, professional tree growers were using it for over 25 years and found their trees grew better in our fabric containers.
Almost all plants grow better in Smart Pot fabric containers. That’s because Smart Pots support healthy root growth. And strong roots means a stronger plant.
Compared to plastic containers, Smart Pots stay cooler on hot days because it allows air to flow through the sides of the fabric. Roots can’t grow and are stressed when plastic containers get hot.
Smart Pots also root-prunes. What is root pruning? When a root tip reaches the side of our fabric container, it stops in place, and initiates lateral, or side branching. As this process repeats, the entire area of the container is filled with fibrous root growth, allowing more surface area for mineral and water absorption. A recent study at Texas A&M University showed double the root mass compared to a traditional plastic container. In a plastic container, roots circle around the side and rarely initiate fibrous growth.
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