Still Spirits Copper Reflux Still for Grainfather or T500 Boiler

The Still Spirits Pot Still Alembic Copper Dome Top with Copper T500 Condenser is perfect for turning your Grainfather G30 or T500 Boiler into a state of the art reflux style condenser designed to produce an extremely pure distilled product.  There has always been a vigorous debate over whether copper or stainless steel is the best material for a still. Now with a redesigned outlet block, prepacked with saddles, redesigned column nut, 2 different tap adapters, in a new craft carton, the all new copper condenser is now available!

The Turbo Copper Condenser is a reflux style condenser for use with the Turbo 500 Boiler or Grainfather G30 when paired with alembic copper dome top. This state of the art condenser column makes distillations a breeze! Easy to use, this fractioning column comes with a digital thermometer to monitor temperature and distill at the different temperatures you need. This condenser is super easy to use! Just get everything near boiling, then start the water flowing at the correct rate to keep your distillate at the temperature you are looking for. Cooling water goes in one side and comes out the other side hot, with distilled liquid coming out a separate tube.

Note: Grainfather and Turbo 500 Boiler sold separately.

Is not compatible with the Anvil Foundry or Grainfather G70

Distilling alcohol without permits or licensing is illegal in many countries, including the United States. Stills can also be used to produce essential oils, vinegar, purified water and engine fuel (requires permit in USA). It is the customer's responsibility to research their local, state, and federal laws and abide by those laws. Northern Brewer is not responsible for any damage or injury caused by either misuse or unlawful use. Sales of Distilling Equipment Terms & Conditions

California Proposition 65

⚠ Proposition 65 Warning: This product can expose you to chemicals that are known to the State of California to cause cancer and birth defects or other reproductive harm.