Double Barrel Heat Exchange Cycle Saccharification System Mash Tun 304L Stainless steel For Beer/Whiskey(FOB Price)

Regulärer Preis $1,339.00 USD
Verkaufspreis $1,339.00 USD Regulärer Preis
  • Estimated Delivery(Non customized):Dec 12 - Dec 16

  • Free Shipping: Distillers and accessories below 100L/26Gal

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Produktbeschreibung

304L Stainless steel Double Barrel Heat Exchange Cycle Saccharification System Mash Tun For Beer/Whiskey

  • Preferred food grade 304 stainless steel material, sturdy and durable, with a wall thickness of 3mm
  • The internal and external mirror surfaces, coupled with meticulously crafted cold-drawn pipe openings, not only contribute to a visually stunning appearance but also underscore the attention to detail and quality craftsmanship invested in the design.

Heat Exchange Circulating Saccharification System Double Barrel: The left side is a saccharification/boiling barrel (containing a filtering barrel and two sieve plates), and the right side is a heat exchange/washing barrel (containing a heat exchange coil),  which meets several functions of beer brewing: saccharification, washing, boiling, rotary sedimentation, filtration, etc. It is equipped with a pump, a touch screen PLC control system, a stainless steel butterfly valve and hard pipeline, and a shallow cone bottom barrel to reduce wort loss and facilitate cleaning and drainage.
Compared with single barrel mash in a regular cycle, it has the following advantages: saccharification is based on the principle of heat exchange, which means that the wort is heated and kept at a constant temperature through the heat exchange barrel coil instead of being directly heated by an electric heater. This can avoid the risk of saccharification sticking in the integrated machine, and the saccharification temperature is more uniform, resulting in higher sugar efficiency.
The charging principle is the same as the 'American Three Bucket', the difference is that the three barrels have independent saccharification barrels, but the double barrels are more economical and cost-effective.