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Artificial carbonated spring production equipment carbonated line TL series-TL-3.0
Artificial carbonated spring production equipment carbonated line TL series-Hirakawa Co., Ltd.

Artificial carbonated spring production equipment carbonated line TL series
Hirakawa Co., Ltd.

Hirakawa Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

50.0hours


About This Product

We overturn common sense in the production of artificial carbonated springs with the ``fine bubble direct injection method'' realized using advanced technology. The adoption of the ``fine bubble direct injection method'' has brought many benefits. This is a revolutionary product that will satisfy even those who previously thought it would be difficult to install artificial carbonated spring production equipment.

■Point.1 Reduce initial investment

The ``fine bubble direct injection method'' has a simple structure that allows the main unit to be installed directly on the piping of the filtration heating circuit. Therefore, we are able to offer it at a low price.

■Point.2 Maintenance free

No regular maintenance by the manufacturer is required.

■Point.3 Can be installed in the space only for the instrumentation unit

Conventional artificial carbonated spring production equipment generally uses hollow fiber membranes or uses gas-liquid mixing and agitation, and equipment that uses these methods is stationary and requires installation and maintenance space in the machine room. On the other hand, Hirakawa's "carbonated line" is installed on top of the piping, so it can be installed as long as there is space for the instrumentation unit and gas supply type unit.

■Point.4 No need for main body circulation pump

In conventional equipment, piping was branched from the filtration heating circuit to a stationary artificial carbonated spring production equipment, and carbon dioxide was dissolved in water from a pump installed in the equipment itself. The body of Hirakawa's carbonated spring line (gas generation unit) is on the filtration heating circuit, so there is no need for a circulation pump in the artificial carbonated spring production equipment. Therefore, the power consumption of the device itself is unnecessary, and carbonated springs can be created with less energy. There is no need to worry about the cost of replacing the main body circulation pump due to aging or breakdown. The power supply is OK as long as there is an outlet.

■Schematic cross-sectional diagram of skin

Carbon dioxide gas is easily absorbed through the skin and enters the capillaries through the skin. Capillaries consider carbon dioxide gas to be a waste product, and in order to remove it, they widen to take in more oxygen. As a result, blood flow is activated, which can be expected to lower blood pressure and maintain the body's natural slightly alkaline state.

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    Artificial carbonated spring production equipment carbonated line TL series

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1 Models of Artificial carbonated spring production equipment carbonated line TL series

Image Part Number Price (excluding tax) Supply unit dimensions (mm) Feeding unit weight (kg) Reference bathtub capacity (m3) Interlocking flange Dimensions (mm) Power required Recommended carbon dioxide concentration (ppm) Model selection criteria (filtered circulating water volume) (m3/h) Instrumentation unit dimensions (mm) Instrumentation unit weight (kg) Weight (kg)
Artificial carbonated spring production equipment carbonated line TL series-Part Number-TL-3.0

TL-3.0

Available upon quote

630×500×190

16

2~5

JIS 10K 40A

1,000×400

AC100V 50W

In the bathtub 500~1,200

5~12

400×300×160

7.3

4.5

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About Company Handling This Product

Response Rate

100.0%


Response Time

50.0hrs

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