Industrial Self-Cleaning Strainer SS304 DN100 Hot Water Filter 65m³/h
1.High-efficiency filtration:
The filtration accuracy reaches 350μm, suitable for removing particulate matter in hot condensed water.
2.Fully automatic cleaning:
2.Fully automatic cleaning:
Supports pressure difference activation or manual control. The cleaning time is ≤ 1 minute, and the process does not require machine shutdown.
3.High-temperature and high-pressure resistant design:
3.High-temperature and high-pressure resistant design:
Working temperature 111℃, design temperature 136℃, working pressure 5.5 bar, design pressure 15.5 bar.
4.High-quality materials:
4.High-quality materials:
The main components such as the cylinder, filter element, and brush are made of SS304 stainless steel, which is corrosion-resistant and has a long service life.
5.Compact structure:
5.Compact structure:
Inner diameter 319mm, total height 1660mm. It occupies a small area and is easy to install.
6.Standard interface:
6.Standard interface:
Inlet and outlet are DN100 and DN150, 150# flanges in accordance with ASME B16.5 standard, and the discharge port is DN40.
1.Customized design:
The wall thickness can be adjusted according to customer requirements. Complete sets of accessories such as filters, brushes, and sealing rings are provided, and long-term maintenance is supported.
2.High reliability:
2.High reliability:
Equipped with differential pressure transducer and electric discharge valve, it has a high degree of automation and reduces the need for manual intervention.
3.High applicability:
3.High applicability:
Suitable for outdoor environments with high humidity and significant temperature fluctuations (environmental temperature: -2℃ to 47℃, humidity: 50% - 72%).
4.Easy maintenance:
4.Easy maintenance:
We provide technical materials such as explosion diagrams, parts list, and operation manual, making installation and maintenance convenient.
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1
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Thermal Condensate Water Recovery System
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2
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Industrial cooling water circulation system
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3
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Filtering processes in industries such as chemical engineering, power generation, and metallurgy
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4
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In the automated control systems with strict requirements for water quality
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