Low pressure and fast drainage

Tangshan Taik Technology Co., Ltd. combines the current advanced molding methods in the bathroom industry, with low-pressure and fast-draining technology of gypsum model, high-pressure resin grouting technology, atmospheric resin grouting technology, advanced equipment, mature technology and complete production lines , while meeting the different needs of various customers, it has the characteristics of high efficiency, low operating cost and green environmental protection.

The following is an introduction to the knowledge about low-pressure fast drainage, the company's low-pressure drainage mold design and manufacture, and the low-pressure fast drainage vertical pouring line.

What is Low Pressure Fast Drainage?

In the molding shop, after the ceramic body is demolded, lower compressed air (0.1-0.5 MPa) passes through the mold's internal piping network (micro-pressure system) and holes (low-pressure system), from the mold (low-pressure and micro-porous system of the mold) , the mold has multiple pipe structures inside.) Squeeze out excess water, thereby replacing the long drying process. Through this fast drying method, the time required for the entire molding process is shortened, which greatly increases the average daily molding times of the mold.

Design and manufacture of low-pressure and fast-draining plaster molds

·Drainage and ventilation pipeline structure is evenly distributed on the inner side of the plaster mold using surface.

·Division control is set up for the mold to ensure the hardness and pulp thickness of different parts of the green body.

·Long life: The minimum can be used 100 times.

·The trachea adopts the quick-plug joint connection method, which makes the mold replacement simpler and faster.

Low pressure quick drainage vertical pouring line

Scope of application: basins, squat toilets, water tank covers, other small items, etc.

Use the supporting low-pressure fast drainage system to quickly drain the mold water for the next grouting to meet the requirements of continuous production. The number of daily grouting can reach 6-9 times.

·Through exhausting and demoulding, the green body can be easily separated from the mold, with less cracking and deformation, which greatly reduces the amount of talc used, reduces on-site dust pollution, and improves the working environment.

·The low-pressure and fast-draining mold used does not need to be dried at night, which effectively reduces the temperature on site and improves the environment.

·Fast work efficiency and advanced technological process are the development trend of ceramic molding in the future.

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