3 Gallon Squat Injection Nursery Pot - 13 x 13 x 20-in - Drainage Holes

Sturdy Drained Container for Healthy Roots - 3 Gallon

Waterlogged media stunts roots and slows growth. This nursery pot has drainage holes that let excess water leave the container, and its injection-molded plastic body keeps its shape through repeated use across vegetative growth and flowering.

Sold individually, this 3 gallon pot suits growers who want to test a container before committing to a full room, as well as regular indoor growers who add pots as their plant count changes.

Key Features & Benefits

• Drainage holes — move excess water out of the root zone.
• Injection-molded construction — gives a strong, durable container.
• 3 Gallon capacity — leaves room for root development.
• Squat profile, 13 x 13 x 20 in shipping dimensions — helps you plan space for packing and storage.
• Sold each — buy only the quantity you need.

Who Should Use 3 Gallon Squat Injection Nursery Pot

Home gardeners, indoor growers, and licensed commercial operations that need a dependable plastic container for hydroponic or soil-based cultivation.

About 3 Gallon Squat Injection Nursery Pot

This is a 3 gallon injection-molded plastic nursery pot with drainage holes. It is sold each and ships at about 11.5 lb with packaging, in a 13 x 13 x 20 in package.

Frequently Asked Questions

Q: Does this pot have drainage holes?
A: Yes. The drainage holes let excess water escape so media does not stay saturated.

Q: How many pots come in one order?
A: The selling unit is each, so one order is one pot. Order the number you need.

Q: What does injection-molded mean?
A: Molten plastic is pressed into a mold to form the pot in one piece. This process generally produces a rigid, consistent container.

Q: Can I use it in hydroponic systems?
A: Plastic pots with drainage holes are commonly used in hydroponic setups. Check that the size fits your tray or system before ordering.

Q: Do I need a saucer?
A: A saucer catches runoff when you water by hand and protects floors. It is optional in systems that handle drainage another way.