Brewferm Chill'in 50 SST wort chiller

Stainless Steel Cooling Panel for Rapid Liquid Cooling High-quality AISI 304 stainless steel cooling panel designed for efficient cooling of various liquids. The panel is equipped with 290mm connection pipes and is ideal for installation in tanks. Technical Specifications: Dimensions: 370x1000mm, Cooling surface: 0.74m², Pipes: 290mm, Weight: 6.5kg, Connection: DN1/2, Maximum working pressure: 4 bar. Installation and Use The cooling panel is easy to install - place the panel in the liquid to be cooled and connect the cooling system fittings. Thanks to food industry compliant AISI 304 steel, the device is also suitable for cooling liquids that come into contact with food. Due to its large cooling surface (0.74m²), the panel ensures fast and uniform cooling process. Durable construction and quality materials guarantee long service life of the device.

Spiral Cooler for Juice Press Equipment - Efficient Cooling System High-quality stainless steel spiral cooler enables quick and efficient cooling of juice or other hot liquids. This compact cooling device is equipped with a durable 9.5mm cooling tube. Technical Specifications: Sphere diameter: 20 cm Total height: 50 cm Spiral height: 12 cm Cooling tube material: stainless steel Cooling tube diameter: 9.5 mm Cooling Capacity: The device can cool 20 liters of +100°C liquid to +20°C in just 20 minutes when the coolant temperature is +13°C. Additional Features and Warranty: Equipped with Gardena irrigation hose connectors Easy to connect and use Manufacturer warranty: 3 years The spiral cooler is ideal for juice presses, beer brewers, and other food processors who need efficient liquid cooling.

Industrial AISI 304 Stainless Steel Cooling Panel for Liquid Cooling High-quality stainless steel cooling panel is an ideal solution for industrial liquid cooling. Made from durable AISI 304 steel, it ensures efficient and safe cooling process. Technical Specifications: Dimensions: 370x800mm, Pipe length: 290mm, Cooling surface: 0.59m², Connection fitting: DN1/2, Maximum working pressure: 4 bar. Usage and Benefits: The cooling panel is perfectly suited for use in food industry, beverage production, and other industrial sectors. Installation is simple - place the panel in the liquid to be cooled and connect the pipes to the cooling system. Material Properties: AISI 304 stainless steel ensures: Long-term durability, Corrosion resistance, Hygienic surface, Easy maintenance. Manufactured according to industrial standards, this cooling panel is suitable for professional use in various production processes.

Industrial stainless steel cooling panel for liquid cooling High-quality AISI 304 stainless steel cooling panel is an ideal solution for efficient liquid cooling in industrial and manufacturing applications. Technical specifications of cooling panel: Base plate: 370x1200mm Pipes: 290mm Cooling surface: 0.88m² Connection fitting: DN1/2 Maximum working pressure: 4 bar Benefits and usage: The cooling panel is made of durable AISI 304 steel that meets food industry standards. Easy to install - place the cooling panel in the liquid to be cooled and connect the pipes. Perfect for use in food, beverage, and chemical industries. Installation instructions: 1. Place the cooling panel in the liquid to be cooled 2. Connect cooling system pipes with DN1/2 fittings 3. Ensure working pressure does not exceed 4 bar

Coolossus Gen2 Professional Counterflow Chiller Coolossus Gen2 is an industrial-grade 9.5-meter passivated stainless steel counterflow chiller equipped with 1.5" Tri Clover wort connections and 1/2" water connections. This powerful cooling tube is specifically designed for professional beer brewing, offering maximum performance and reliability. Thanks to its 304 stainless steel construction, the device is perfectly suited for making hop-enriched beers. Key Features: Fully passivated 304 stainless steel construction, Professional 1.5" Tri Clover connections, Clog-resistant design, Compatible with StellarSoda products. Technical Specifications: Cooling tube dimensions: 21 mm (inner diameter) × 22 mm (outer diameter) × 9 m, Wort tube dimensions: 11.9 mm (inner diameter) × 12.7 mm (outer diameter) × 9.5 m, Device height: 280 mm, Device diameter: 180 mm, Connections: 1/2" BSPT water connections, 1.5" Tri Clover wort connections, Transfer capacity 300w per ΔT_lC when cooling/heating water speed is 3x faster 394W/ΔT_1. Operating Principle: The chiller uses counterflow technology, where hot wort and cooling water flow in opposite directions through separate channels. This technology ensures maximum heat transfer and efficient cooling process while maintaining beer quality. Updates: Gen 2.1 version includes reinforced 3 mm steel plate with three 4 mm mounting holes, ensuring even better durability and ease of use. Coolossus Gen2 is the ideal choice for both professional brewers and demanding home brewers who want to achieve the best possible cooling results.

Jahutustoru-soojusvaheti vastuvoolu, punutud virde. See vasest vastuvoolu jahuti on tõenäoliselt üks kiiremaid viise virde jahutamiseks. Need on sama tõhusad kui 30-plaadilised jahutid, kuid neid on lihtsam puhastada, kuna neil pole väikeseid õnarusi, kuhu humalad ja muud tahked osakesed kinni jääksid. Vask on väga hea soojusjuht. Need seadmed on 23 cm läbimõõduga ja umbes 18 cm kõrged. Sisend ja väljund on välisläbimõõduga umbes 10 mm. Neid saab kasutada gravitatsiooniga, kuid soovitatav on kasutada pumbaga. Täienda oma RoboBrew jahutit vastuvoolu jahutiga, et kiiresti virret jahutada ilma tüütu puhastamiseta! Vastuvoolu jahuti ühendatakse virde voolu ja jahutusveega, mis liiguvad vastassuundades, võimaldades efektiivset soojusülekannet. Vask juhib soojust kiiresti, jahutades kuuma virret ühtlaselt ja kiiresti. Seadet kasutatakse õllepruulimisel virde kiireks jahutamiseks enne kääritamist.

Cooling Coil Heat Exchanger 35L BrewZilla Gen 4 + 3.1.1 - Stainless Steel Immersion Chiller. Sold with the BrewZilla series, these compact immersion chillers are excellent for cooling up to 35L of wort to fermentation temperature. An ideal solution for those using smaller pots. Usage Method 1: This chiller can be used by simply connecting a garden hose to both ends of the chiller. You can slide the garden hose directly onto the chiller ends and secure with stepless hose clamps. Alternatively, use pressure fittings for better connection. Then lower the chiller into hot wort and let water flow through the chiller until desired temperature is reached. When water flows through the chiller, stirring the hot wort significantly helps with heat transfer from the wort to the cooling coil and reduces cooling time by more than half. Usage Method 2: The second method involves pumping hot wort through the center of the chiller. Use silicone tubing to connect the kettle to the pump and then through this coil chiller and back to the kettle. Turn on the pump and ensure the chiller reaches wort boiling temperature to sterilize the coil with heat. Then place the coil in a bucket with ice and water mixture. Run the pump continuously until the wort cools to desired temperature. Dimensions: Chiller coiled section: 24 cm high x 19 cm diameter, Total chiller height: 41 cm, Tubing: 12.7 mm, 304 stainless steel. The cooling coil heat exchanger is an essential component in home beer brewing that allows quick cooling of hot wort to fermentation temperature. Rapid cooling helps maintain beer quality and prevent unwanted flavor development.

Cooling coil heat exchanger Temp Twister 9.5mm (3/8"), stainless steel Specification: Dimensions: 9.5cm x 68cm (diameter x height) Material: 304 stainless steel Tube thickness: 9.5mm outer diameter Tube length: 6 meters Heat transfer: When submerged in liquid, this heat exchanger can absorb more than 250 watts. Includes 2 x 9.5mm Duotight quick connectors x 1/2" male thread pass-through tube with nuts. Would you like to use a glycol chiller to heat and cool your FermZilla, Kegmenter, or other fermentation vessel or bright tank? This heat exchanger is adaptable to any fermentation vessel or bright tank with at least a 110mm diameter opening. These thermal jackets are suitable for use in both the FermZilla series and KegLand Kegmenter vessels. For installation, drill two 22mm holes in the fermentation vessel lid and use the included Duotight pass-through fittings to attach the heat exchanger to the fermentation vessel lid. Heat exchanger operating principle: The Temp Twister heat exchanger enables precise temperature control during fermentation. The system works with circulating glycol fluid that moves through a spiral stainless steel tube, ensuring uniform and efficient heat transfer. This helps maintain stable temperature of the fermenting liquid, which is crucial for achieving quality end results.

V4A stainless steel cooling and heating pipe 2.5 meters. High-quality stainless steel pipe, ideal for cooling and heating systems in juice, beer, and wine industries. The pipe is exactly 2.5 meters long, made of durable V4A (AISI 316) stainless steel. Product features: Material: V4A stainless steel (AISI 316), Length: 2.5 meters, Corrosion resistant, Compliant with food industry standards, High temperature tolerance. The pipe is specially treated to ensure maximum resistance to both hot and cold liquids. Perfect for industrial use in juice production, brewing industry, and other food industry sectors.

Spiral Cooler for Juice Press Equipment - Efficient Cooling System High-quality stainless steel spiral cooler enables quick and efficient cooling of juice or other hot liquids. This compact cooling device is equipped with a durable 9.5mm cooling tube. Technical Specifications: Sphere diameter: 20 cm Total height: 50 cm Spiral height: 12 cm Cooling tube material: stainless steel Cooling tube diameter: 9.5 mm Cooling Capacity: The device can cool 20 liters of +100°C liquid to +20°C in just 20 minutes when the coolant temperature is +13°C. Additional Features and Warranty: Equipped with Gardena irrigation hose connectors Easy to connect and use Manufacturer warranty: 3 years The spiral cooler is ideal for juice presses, beer brewers, and other food processors who need efficient liquid cooling.

Professional Maxi 80 Plate Heat Exchanger for Food Industry High-quality Maxi 80 plate heat exchanger is manufactured from Aisi 304 stainless steel (18/10) meeting food industry standards. The device enables efficient heat transfer between two liquids while ensuring their complete separation. Standard Equipment: Stainless steel interface F 1"¼ and 3/4" M, 4 stainless steel hose connections (20 mm, with 3/4" F nut), 60 heat exchange plates. Technical Specifications: Maximum power: 80 kW, Maximum working pressure: 10 bar, Single plate area: 0.08 m², Plate liquid volume: 0.25 L, Plate weight: 0.5 kg, Total weight: 50 kg. Advantages and Features: High heat exchange efficiency, Complete liquid separation, Expandable number of plates, Easy maintenance and part replacement, Compliant with EU directive 97/23/EC (PED). Maintenance and Cleaning: The heat exchanger requires immediate cleaning after use: Rinse with hot water, Clean with OXI or other alkaline cleaner, Finally rinse with clean water. Disinfect the device before next use with acidic cleaner or OXI solution. Use protective equipment during cleaning: gloves, goggles, and mask. Store the device in a clean and dry place.

Cooling Coil Heat Exchanger 35L BrewZilla Gen 4 + 3.1.1 - Stainless Steel Immersion Chiller. Sold with the BrewZilla series, these compact immersion chillers are excellent for cooling up to 35L of wort to fermentation temperature. An ideal solution for those using smaller pots. Usage Method 1: This chiller can be used by simply connecting a garden hose to both ends of the chiller. You can slide the garden hose directly onto the chiller ends and secure with stepless hose clamps. Alternatively, use pressure fittings for better connection. Then lower the chiller into hot wort and let water flow through the chiller until desired temperature is reached. When water flows through the chiller, stirring the hot wort significantly helps with heat transfer from the wort to the cooling coil and reduces cooling time by more than half. Usage Method 2: The second method involves pumping hot wort through the center of the chiller. Use silicone tubing to connect the kettle to the pump and then through this coil chiller and back to the kettle. Turn on the pump and ensure the chiller reaches wort boiling temperature to sterilize the coil with heat. Then place the coil in a bucket with ice and water mixture. Run the pump continuously until the wort cools to desired temperature. Dimensions: Chiller coiled section: 24 cm high x 19 cm diameter, Total chiller height: 41 cm, Tubing: 12.7 mm, 304 stainless steel. The cooling coil heat exchanger is an essential component in home beer brewing that allows quick cooling of hot wort to fermentation temperature. Rapid cooling helps maintain beer quality and prevent unwanted flavor development.

Cooling coil heat exchanger Temp Twister 9.5mm (3/8"), stainless steel Specification: Dimensions: 9.5cm x 68cm (diameter x height) Material: 304 stainless steel Tube thickness: 9.5mm outer diameter Tube length: 6 meters Heat transfer: When submerged in liquid, this heat exchanger can absorb more than 250 watts. Includes 2 x 9.5mm Duotight quick connectors x 1/2" male thread pass-through tube with nuts. Would you like to use a glycol chiller to heat and cool your FermZilla, Kegmenter, or other fermentation vessel or bright tank? This heat exchanger is adaptable to any fermentation vessel or bright tank with at least a 110mm diameter opening. These thermal jackets are suitable for use in both the FermZilla series and KegLand Kegmenter vessels. For installation, drill two 22mm holes in the fermentation vessel lid and use the included Duotight pass-through fittings to attach the heat exchanger to the fermentation vessel lid. Heat exchanger operating principle: The Temp Twister heat exchanger enables precise temperature control during fermentation. The system works with circulating glycol fluid that moves through a spiral stainless steel tube, ensuring uniform and efficient heat transfer. This helps maintain stable temperature of the fermenting liquid, which is crucial for achieving quality end results.