EZ CO2 Pads - 7 x 5 x 0.5-in - 10 Count

Simple CO2 supplementation for rooting and growth - 10 Pads

Plants in sealed greenhouses and indoor rooms can use more carbon dioxide than the air supplies, but tanks and regulators add cost and complexity. These pads offer a simpler route to supplementation. The maker positions them for faster rooting, accelerated growth and stronger, healthier roots.

Each unit holds 10 pads, each measuring 7 x 5 x 0.5 in. That count suits hobbyists trialling CO2 supplementation and small to mid-size indoor growers who want an easy add-on to an existing setup.

Key Features & Benefits

• 10 pads per unit — enough to start supplementing a small space and judge the results.
• Flat 7 x 5 x 0.5-in format — easy to place and store.
• Light weight — the shipping weight is 0.2 lb.
• Aimed at rooting and vegetative growth — supports faster rooting and stronger roots according to the maker.

Who Should Use EZ CO2 Pads

Growers in a greenhouse or enclosed indoor space who want to add carbon dioxide without installing a tank system. Home gardeners and licensed commercial growers can both use them as a trial supplement.

About EZ CO2 Pads

EZ CO2 Pads are a carbon dioxide supplement product in the environment category of grow equipment. Each pad measures 7 x 5 x 0.5 in, and the product is sold each with 10 pads per unit.

Frequently Asked Questions

Q: What do EZ CO2 Pads do?
A: They supplement carbon dioxide in a growing space. Higher carbon dioxide levels are widely associated with stronger stems, faster rooting and quicker growth.

Q: How many pads come in one unit?
A: One unit holds 10 pads. It is sold each, so ordering one gives you all 10.

Q: How big is each pad?
A: Each pad measures 7 in long, 5 in wide and 0.5 in high. The shipping weight is 0.2 lb.

Q: Are these an alternative to tank systems?
A: They are a simpler option because they need no regulator or tank. Larger rooms may still need other methods, so match the supplement to your space.

Q: What is CO2 supplementation?
A: It means raising carbon dioxide above ambient levels in an enclosed space. Plants use carbon dioxide during photosynthesis, so more of it can support growth when light and nutrients are adequate.