Typical application fit
- Fresh and dried noodle dough preparation
- Dumpling, wonton and wrapper dough mixing
- Industrial batches that require repeatable saltwater preparation
- Projects combining a saltwater tank with a separate liquid dosing tank
Dough mixing auxiliary equipment
Saltwater Mixing & Dosing Tank
Prepare a uniform salt solution, then supply the measured liquid upstream of an industrial dough mixer for noodle, dumpling and wrapper production.
- 1 TNominal capacity stated in the supplied brief
- 2.2 kWPublished mixing power
- 304Published stainless steel construction
- 1400 × 1280 × 1750 mmPublished overall dimensions
Where the tank fits in dough preparation
This is not the dough mixer itself. It is a supporting preparation unit that sits on the liquid side of the dough-mixing process, helping operators prepare saltwater and feed it to the mixer in a controlled batch sequence.
- 1.0
Load water and salt
Add the specified water, salt and any trial-approved soluble minor ingredients.
- 2.0
Mix the solution
The internal agitator circulates the liquid to distribute dissolved ingredients before dosing.
- 3.0
Set the water addition
The supplied brief states automatic water filling and quantitative addition. Final dosing method and accuracy belong in the signed configuration.
- 4.0
Feed the dough mixer
Connect the liquid outlet to the selected dough mixer or transfer arrangement after confirming piping, pump and control interfaces.
Read the machine from the operator side
The enclosed tank, control enclosure and access platform form one compact preparation station. The numbered legend identifies visible elements without treating the photograph as proof of unconfirmed internal specifications.
- 01Operator control enclosure
Control panel mounted at standing height beside the tank body.
- 02Enclosed mixing tank
Stainless enclosure around the liquid preparation chamber.
- 03Access platform
Raised tread plate provides a stable working position at the front opening.
- 04External pipe connections
Visible connection points require project confirmation for inlet, outlet, drain and transfer duties.
Four equipment details
These factory product photographs show the internal agitator, side connections, electrical cabinet and operator interface. They are presented as product evidence, not as a delivered-customer installation.
Published equipment specifications
The values below come from the supplied one-page product brief. They are useful for initial planning; the final working volume, dosing arrangement, pipe sizes, controls and utility schedule should be fixed in the approved drawing and quotation.
- Equipment name
- 1 T saltwater mixing tank
- Published function
- Mix minor ingredients, automatic water filling and quantitative water addition
- Construction
- 304 stainless steel
- Nominal capacity
- 1 T, as stated in the supplied brief
- Mixing power
- 2.2 kW
- Overall dimensions
- 1400 × 1280 × 1750 mm
- Visible controls
- Operator interface, emergency stop, low-level alarm, mixing and water-addition controls
Published dimensions and capacity do not establish the usable working volume, dosing tolerance, batch time or transfer performance. Confirm those acceptance values against the actual dough formula and mixer cycle.
Define the liquid side before ordering
A useful proposal starts with the dough recipe and mixer batch, then works backwards to the required liquid preparation volume and dosing sequence.
Confirm in the project brief
- Dough mixer model, dry-flour weight and total batch weight
- Water quantity, salt concentration and soluble minor ingredients
- Required liquid temperature, mixing time and dosing tolerance
- Transfer pump, pipe size, outlet height, drainage and cleaning method
- Voltage, frequency, control interlock and installation layout
Match the tank to one mixer batch
Send the dough formula, flour weight per batch, water addition, mixer model and target batches per hour. HELPER can define the required liquid preparation and transfer boundary.
Continue the dough-mixing decision
Use the equipment family and application routes to confirm the upstream and downstream interfaces around this auxiliary tank.