-40%

Exhale Homegrown CO2 Premixed Ready To Use Bag For Grow Rooms Tents With Hanger

$ 25.6

Availability: 90 in stock
  • Shape: Rectangle
  • Power Source: Wind
  • Condition: New
  • Item must be returned within: 30 Days
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Ventilation System: Extraction
  • Type: Additives & Supplements
  • Features: Overheat Protection
  • Elite Nutrients: ExHale CO2
  • Brand: ExHale CO2
  • Suitable For: Indoor/Outdoor
  • Return shipping will be paid by: Buyer
  • MPN: EX50001
  • Color: Multicolor
  • All returns accepted: Returns Accepted

    Description

    The Original ExHale CO2 Bag produces CO2 24 hours a day with no need to refill bottles or use expensive CO2 production units. The power of ExHale lies in the mycelial mass inside the vented bag. This mycelial mass produces CO2 and the microporous breather patch releases CO2 continually for at least 6 months. On average our CO2 bags will raise the CO2 level by 500 ppm above ambient air levels.
    The Original ExHale CO2 Bag is designed for small to medium sized grow spaces. The Original will provide a 4x4 foot or 128 cubic foot space with CO2 for 6 months guaranteed. The ExHale Original comes with a freshness seal that doubles as a hanger.
    Steady supply of CO2 for 6 months guaranteed
    Maintenance free
    No heat
    No electricity
    Patent pending genetics
    Suitable for Organic Production
    Made in the USA
    How to Use ExHale
    ExHale comes complete, simply follow the instructions and place the ExHale bag in your grow space and leave it alone to do its job.
    A continuous shower of CO2 directly onto your plants is the most efficient way to deliver CO2. Placing the ExHale CO2 Bag slightly above the level of your plants will ensure they receive the CO2 they need 24 hours a day for up to 6 months.
    ExHale can be used for both vegetative plant growth as well as for fruit and flower production. If you have a ventilation system, place the ExHale bag in close proximity to the fresh air intake. CO2 will be drawn upwards through the canopy.