Rain Science® grow bags eliminate many of the problems associated with container gardening. Because of this, you can expect to grow bigger, healthier plants with less hassle, in a fraction of the time.
5 Gallon : 10"h x 12"dia
7 Gallon : 12"h x 13"dia
10 Gallon : 12"h x 16"dia
15 Gallon: 15"h x 17.5"dia
20 Gallon : 16"h x 19"dia
The problem with fabric grow pots are mold build up and root rot from the fabric staying wet. Mold, mildew and algae can rob your plants of valuable nutrients and oxygen. The wet material does not allow air to pass very freely. Their special mesh allows for better drainage than traditional grow bags. Rain Science grow bags provide more stable root zone temperatures, greatly improving drainage through the entire growbag and adding extra oxygen to the soil because of improved air flow through the fabric. This air flow facilitates a process called air root pruning, where the plant creates a bunch of tiny feeder roots which are better at absorbing nutrients, this in turn leads to increased plant growth.
Yes, Rain Science Grow bags can be reused over again. You can wash them with dish soap and warm water. If you need to sterilize your bags they can be soaked in a solution of H2o2 and water. They are also washing machine safe, so feel free to throw them in with the laundry.
Yes, Rain Science Grow bags meet the requirements of the CA Department of Public Health “Standard Method for the Testing and Evaluation of Volatile Organic Chemical Emissions. We leach nothing to the soil and exchange nothing with the environment. If the rest of your grow is organic you can feel confident using Rain Science.
Rain Science grow bags aerate your root zone unlike plastic containers. Root aeration stops root circling, by air pruning, your helping your plant build a stronger root structure. Better roots means higher resistance to pests and disease, and a faster growing healthier plant. Old school plant pots also hold a lot of heat, which can lead to a whole new set of problems. Rain Science bags actually dissipate heat keeping your roots at an optimal temperature.
Rain Science® grow bags eliminate many of the problems associated with container gardening. Because of this, you can expect to grow bigger, healthier plants with less hassle, in a fraction of the time.
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5 Gallon : 10"h x 12"dia
7 Gallon : 12"h x 13"dia
10 Gallon : 12"h x 16"dia
15 Gallon: 15"h x 17.5"dia
20 Gallon : 16"h x 19"dia
Yes, Rain Science Grow bags can be reused over again. You can wash them with dish soap and warm water. If you need to sterilize your bags they can be soaked in a solution of H2o2 and water. They are also washing machine safe, so feel free to throw them in with the laundry.
Yes, Rain Science Grow bags meet the requirements of the CA Department of Public Health “Standard Method for the Testing and Evaluation of Volatile Organic Chemical Emissions. We leach nothing to the soil and exchange nothing with the environment. If the rest of your grow is organic you can feel confident using Rain Science.
Rain Science grow bags aerate your root zone unlike plastic containers. Root aeration stops root circling, by air pruning, your helping your plant build a stronger root structure. Better roots means higher resistance to pests and disease, and a faster growing healthier plant. Old school plant pots also hold a lot of heat, which can lead to a whole new set of problems. Rain Science bags actually dissipate heat keeping your roots at an optimal temperature.
The problem with fabric grow pots are mold build up and root rot from the fabric staying wet. Mold, mildew and algae can rob your plants of valuable nutrients and oxygen. The wet material does not allow air to pass very freely. Their special mesh allows for better drainage than traditional grow bags. Rain Science grow bags provide more stable root zone temperatures, greatly improving drainage through the entire growbag and adding extra oxygen to the soil because of improved air flow through the fabric. This air flow facilitates a process called air root pruning, where the plant creates a bunch of tiny feeder roots which are better at absorbing nutrients, this in turn leads to increased plant growth.