HFS(R) 40-Plate Stainless Steel 304 Homebrew Beer Wort Chiller Heat Exchanger, 7.5" x 2.9", 1/2" x 1/2" MALE NPT, Quick Beer Cooling System (7.5" 2.9"/40 plate, 1/2" x 1/2" NPT)

Specification Product Dimension: 7.5"*2.9"(191mm*73mm) Number of plate: 40 Heat exchange plate: 0.012m2 (0.14ft^2) Plate thickness: 0.3mm (0.0118") Maximum flow: 66.6L/min (17.6gpm) Design pressure: 1.0Mpa (145 psi) Test pressure: 2.0Mpa (290psi) Material: 304 stainless steel Water Inlet/outlet connector: 1/2" MALE NPT Wort outlet/inlet connector: 1/2" MALE NPT Feature Maximize your homebrew potential with our Stainless Steel 40-Plate Wort Chiller. Engineered for excellence, this chiller boasts a robust 304 stainless steel construction with 99.9% copper brazing, ensuring your beer’s flavor stays pure by minimizing oxidation. Its compact design houses 40 plates, enabling you to cool your wort within minutes, not hours. Compatible with wort pumps, it streamlines the brewing process by connecting directly to your mash tun and fermenter. Whether you’re a seasoned brewer or a science enthusiast, this chiller is a must-have for any heat exchange application.

• [Durable Construction]: Crafted with high-quality 304 stainless steel and 99.9% copper brazing to reduce oxidation and ensure longevity. It can withstand high pressure and temperature.
• [Efficient Cooling]: Features 40 plates for rapid chilling, with a maximum flow rate of approximately 66.6 L/min (17.6 GPM), significantly reducing cooling time compared to traditional immersion chillers.
• [Compatibility with Pumps]: The chiller’s connection ports are 1/2" MNPT for water in/out and 1/2" MNPT for wort in/out, designed to work seamlessly with wort pumps for easy transfer from the mash tun to the fermenter, enhancing your brewing experience.
• [Maintenance Made Simple]: The cleaning process is simplified by flushing with a cleaning solution and water, ensuring hygiene and durability.
• [Versatile Use]: Ideal for beer brewing and laboratory applications, this chiller facilitates efficient heat exchange between two fluids and is optimized for non-viscous liquids.