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The Mash tank has a fixed level gauge for easy viewing. All lauter tuns feature milled sieve plates for enhanced filtration accuracy and efficiency.
The exterior of the lauter tun is fitted with a dustpan, which helps clean the grains. Customers can discharge directly since the drain exit is separate from the discharge outlet.
The mash system, according to the customer’s brewing procedure, can meet the feeding in the boiling kettle and the feeding in the lauter tun.
Our mash system is capable of both natural and pumped filtration. A frequency converter on the lauter tun stirring motor allows for step-less speed regulation. The rake motor can also be built to lift the rake up and down.
Depending on what the customer wants, the kettle can come with either an internal or external exhaust system to get rid of too much water vapor in the mashing area.
We have a special inline hop filter to clean the wort before it goes through fermentation.
The brewhouse pipe design includes a cold and hot water mixing device.
Use a thermometer and a flow meter to mix hot and cold water evenly before mashing.
The bottom of the lauter tun has a wort collection loop and an under-the-flush device.
Installing a wort balance tank to ensure wort clarity and to protect the sieve plate
On top of the tank, a sparge arm and a double CIP cleaning loop are installed.
The working platform is designed to be watertight and non-slip.
Full glass manways are always used in brewhouse manways.
There are two, three, or four-vessel systems available.
304 or 316 stainless steel construction
Pipework It includes every elbow, tee, and bend in the system, resulting in an entirely sanitary system.
All pumps in the brewhouse are made of 100% stainless steel and have motors.
Lauter tun with a conical or flat bottom
Material: SUS304, SUS316
Heating methods include electric, steam, and direct fire.
Power: 15–70 kW, depending on size.
3 phase, 380 volts (220, 415, 480…) v/50 (60) Hz
220 (110, 240…) volts/50 (60) hertz, single phase
Brewing batches: 6–12 brews each week
Work pressure: 0.4 MPA for the inner jacket, 0.5 MPA for the cooling jacket
Design pressure: 0.2 MPA for the inner jacket, 0.3 MPA for the cooling jacket
The Mash tank has a fixed level gauge for easy viewing. All lauter tuns feature milled sieve plates for enhanced filtration accuracy and efficiency.
The exterior of the lauter tun is fitted with a dustpan, which helps clean the grains. Customers can discharge directly since the drain exit is separate from the discharge outlet.
The mash system, according to the customer’s brewing procedure, can meet the feeding in the boiling kettle and the feeding in the lauter tun.
Our mash system is capable of both natural and pumped filtration. A frequency converter on the lauter tun stirring motor allows for step-less speed regulation. The rake motor can also be built to lift the rake up and down.
Depending on what the customer wants, the kettle can come with either an internal or external exhaust system to get rid of too much water vapor in the mashing area.
We have a special inline hop filter to clean the wort before it goes through fermentation.
The brewhouse pipe design includes a cold and hot water mixing device.
Use a thermometer and a flow meter to mix hot and cold water evenly before mashing.
The bottom of the lauter tun has a wort collection loop and an under-the-flush device.
Installing a wort balance tank to ensure wort clarity and to protect the sieve plate
On top of the tank, a sparge arm and a double CIP cleaning loop are installed.
The working platform is designed to be watertight and non-slip.
Full glass manways are always used in brewhouse manways.
There are two, three, or four-vessel systems available.
304 or 316 stainless steel construction
Pipework It includes every elbow, tee, and bend in the system, resulting in an entirely sanitary system.
All pumps in the brewhouse are made of 100% stainless steel and have motors.
Lauter tun with a conical or flat bottom
Material: SUS304, SUS316
Heating methods include electric, steam, and direct fire.
Power: 15–70 kW, depending on size.
3 phase, 380 volts (220, 415, 480…) v/50 (60) Hz
220 (110, 240…) volts/50 (60) hertz, single phase
Brewing batches: 6–12 brews each week
Work pressure: 0.4 MPA for the inner jacket, 0.5 MPA for the cooling jacket
Design pressure: 0.2 MPA for the inner jacket, 0.3 MPA for the cooling jacket
