Product Details
Introducing the Reactor Stainless Steel Conical Fermenter, our next generation of fermenter for the avid homebrewer. Chock full of features, the Reactor will revolutionize your fermentation process from pitching to sampling, packaging, and cleaning. Solid 304 stainless steel construction makes the Reactor durable, light-proof, and incredibly easy to clean. The conical bottom of the Reactor allows for yeast and excess trub to settle out of the finished beer or wine ensuring only the clearest product remains for packaging, while the adjustable racking arm allows for easy sampling during active fermentation and makes bottling or kegging a breeze.
Boasting a large capacity of 8.5 gallons ensures enough headspace for even the most vigorous of fermentations, while the embossed volume markings provide simple volume measurement with a quick glance. The wide opening and integrated bottom dump valve make cleaning the Reactor a quick and easy job - no need to invert the fermenter to empty the contents, simply open the bottom valve to drain cleaning solution and rinse water. The lid features a removable silicone gasket to ensure an airtight seal while the clamps firmly latch the lid to the body of the fermenter. Comes complete with a stopper for a turnkey fermentation experience.
Reactor Stainless Steel Conical Fermenter Includes:
- Reactor conical fermenter main body
- Lid with removable silicone gasket
- Size 5 drilled rubber stopper
- Racking arm assembly
- Bottom dump/cleaning valve
- Replacement gaskets for racking arm assembly
- Rubber feet for legs
Additional Information
SKU | 43665 |
Reactor Conical Fermenter Specifications:
- Max volume: 8.5 gal
- Embossed graduations from 4 - 8 gal (15 - 30L)
- 1/2” male NPT bottom-drain ball valve
- 3/8” barb on racking arm valve
- Adjustable racking arm
- Empty weight: 9 lbs
- Height: 25.75” (30” with stopper and 3 piece airlock)
- Inside diameter: 12.5”
- Total width including handles: 16.5”
- 304 Stainless Steel
Watch our Reactor Stainless Steel Conical Fermenter Video here.