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pump×みつわポンプ製作所 - List of Manufacturers, Suppliers, Companies and Products

pump Product List

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Self-priming rubber lining slurry pump "Rubber Cell Pump"

Self-priming rubber lining slurry pump "Rubber Cell Pump"

Ideal for the transfer of grinding liquids and chemical slurries! A pump with excellent wear resistance and corrosion resistance.

The "SM-RZ series" of the "Rubber Cell Pump" is a slurry pump suitable for the transfer of polishing liquids and chemical slurries. It features rubber lining in the wetted parts, achieving excellent wear resistance required for transferring abrasives and corrosion resistance necessary for transferring acidic liquids and liquids with high ion concentrations. It is well-suited for the transfer of polishing liquids and chemical slurries. 【Features】 ■ Rubber lining in the wetted parts provides excellent wear and corrosion resistance ■ Excellent self-priming performance allows for versatile pump usage ■ Standard adoption of a non-water-injection double mechanical seal (oil-filled type) ■ Improved maintainability through a back pull-out design *For more details, please refer to the catalog or feel free to contact us.

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  • みつわ　横型（ベルト駆動式）.PNG
  • 直結型.PNG
  • Special Pump

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Self-priming slurry pump "Seal Cell Pump"

Self-priming slurry pump "Seal Cell Pump"

A standard pump for transporting activated sludge and miscellaneous wastewater! A slurry pump with material options tailored to the transported liquid.

Mitsuwa Pump Manufacturing's "Seal Cell Pump" is a slurry pump for transporting activated sludge, coagulated sludge, and miscellaneous wastewater in industrial wastewater treatment facilities. It is possible to select the material of the wetted parts according to the transported liquid. With excellent self-priming performance, it can be used in various situations such as pressure operation and self-priming operation. It has an air-water separation function and is resistant to air intrusion. The oil-filled type is standard, preventing liquid leakage from the shaft seal area. Since no water injection is required for the shaft seal area, it not only reduces running costs but also eliminates excess wastewater. 【Features】 ■ Material selection according to the transported liquid is possible ■ Standard adoption of a water-free double mechanical seal (oil-filled type) ■ Improved maintenance due to the back pull-out method *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

  • Other pumps

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Magical Pump "CWM/SWM Series"

Magical Pump "CWM/SWM Series"

Open and close the shaft sealing section with the "magnetic attraction" force! Excellent durability with no valve and no seal!

We would like to introduce our vertical chemical super light slurry pump, the 'CWM/SWM Series'. The 'CWM Series' features a "magic seal" with no sliding parts during operation, offering excellent corrosion and abrasion resistance. It is suitable for transporting chemical slurries and performs well with CMP slurry liquids and cerium oxide liquids. The 'SWM Series' is ideal for pumping raw water from drainage tanks and transporting waste acid liquids, utilizing durable carbon fiber reinforced polypropylene in the wetted parts. It can also handle transfer liquids containing some slurries and sludge. [CWM Series Features] - Vertical resin pump - Body with excellent corrosion and abrasion resistance - Shaft seal with no sliding parts - Space-saving design - Standard equipped with proximity sensors and PLC - Prevents accidental failure of the magic seal *For more details, please refer to the PDF document or feel free to contact us.

  • Other pumps

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Self-priming slurry pump "Seal Cell Pump ECO"

Self-priming slurry pump "Seal Cell Pump ECO"

The standard products for pumps used to transport activated sludge and mixed wastewater have been upgraded! Slurry pumps with material options that can be selected according to the transported liquid.

Mitsuwa Pump Manufacturing's "Seal Cell Pump ECO" is a slurry pump designed for the transfer of activated sludge, coagulated sludge, and miscellaneous wastewater in industrial wastewater treatment facilities. Based on the knowledge and experience of the current Seal Cell Pump, this model utilizes 3D analysis software to further enhance efficiency and performance. It offers a new environmentally friendly option that saves energy. The material of the wetted parts can be selected according to the transferred liquid. With excellent self-priming performance, it can be used in various situations such as pressure operation and self-priming operation. It has an air-water separation function, making it resistant to air contamination. It standardly adopts an oil-filled type to prevent liquid leakage from the shaft seal area. Since water injection into the shaft seal area is unnecessary, it not only reduces running costs but also eliminates excess wastewater. [Features] ■ Material selection according to the transferred liquid is possible ■ Standard adoption of a water-free double mechanical seal (oil-filled type) ■ Improved maintenance due to the back pull-out design *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

  • Other pumps

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Two major causes of early failure of magnetic pumps.

Two major causes of early failure of magnetic pumps.

Practical examples! Introducing the two main causes of early failure of magnetic pumps in a column format.

In the factory's plating process, etching process, and water treatment equipment, magnetic pumps are widely used. Due to their convenience, magnetic pumps are active in various locations, but depending on the place of use and application, there can be issues with early failure. This article explains the causes of failure of such magnetic pumps and their solutions. [Contents] ■ Two major causes of early failure ■ A magical pump solution! *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

  • Other pumps

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Problems at the acetylene plant.

Problems at the acetylene plant.

Common issues often heard in many acetylene plants! Introducing a solution to address the challenges.

Many acetylene plants utilize a manufacturing method called the carbide method. This method is used because the raw materials are relatively inexpensive and the manufacturing conditions are milder compared to other methods. There are common issues that are often heard in factories using this method. This time, we will introduce a solution to a frequent challenge encountered with the carbide method. [Contents] ■ Difficult-to-handle hydrated lime slurry ■ Solved with pumps that are resistant to wear and self-priming *For detailed information on the column, please refer to the related links. For more information, feel free to contact us.

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Evolution and Challenges of Membrane Treatment

Evolution and Challenges of Membrane Treatment

Membrane treatment technology is the new main player in wastewater treatment! Here’s how it can contribute.

Wastewater treatment is an unavoidable challenge for many industries, and there is a constant demand for its efficiency and improvement. In recent years, membrane treatment technology has attracted attention as a new main player in wastewater treatment. This article focuses on the transfer of sludge in membrane treatment and introduces how it can contribute. [Contents] ■ Evolution of membrane treatment and its advantages ■ The need for transferring highly concentrated sludge ■ Practical examples and future prospects *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

  • Wastewater/wastewater treatment equipment

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ステンレスポンプが持たない！と思ったら

ステンレスポンプが持たない！と思ったら

ステンレスも万能ではない！ステンレス製ポンプの問題点と解決案の一つをご紹介

電子半導体工場やメッキ工場などでは、無機系排水処理設備が 多く使われています。 この設備の排水原水は酸性の排液であることが多く、これを中和する ために消石灰スラリーや水酸化マグネシウムスラリーが用いられます。 これらの中和剤を移送する過程で、ステンレス製陸上ポンプがよく 使われるわけですが、耐食性で問題が生じるケースがあります。 今回はこの問題点と、その解決案のひとつをご紹介します。 【掲載内容】 ■ステンレスも万能ではない ■ステンレスがダメなら樹脂 ■マジカルポンプの特長 ■こんな場合はマジカルポンプ ※コラムの詳細内容は、関連リンクより閲覧いただけます。 　詳しくは、お気軽にお問い合わせ下さい。

  • Other pumps

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Solve the pump's liquid leakage problem!

Solve the pump's liquid leakage problem!

A must-see for construction personnel! Introducing one solution for those troubled by leaks from the shaft seal.

There are various types and structures of pumps used in many factories. Among them, the structure of the shaft seal is an important point that distinguishes productivity depending on the operating conditions and state of the pump. In this article, we will introduce one solution for those troubled by leaks from the shaft seal. *For more details, please refer to the related links. Feel free to contact us for more information.

  • Other pumps

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Two problems with tube pumps

Two problems with tube pumps

Introducing the disadvantages of tube pumps and solutions in a column format!

In chemical plants, various pumps are used to transport different liquids. Among them, the tube pump is frequently used. The tube pump can move liquids without them coming into contact with parts other than the tube, making it highly safe and allowing for flow control due to its quantitative nature. However, naturally, there are areas where tube pumps are not as effective. *For more details on the column, please refer to the related link. For further inquiries, feel free to contact us.*

  • Other pumps

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Learning with Mitsuwa Man: Pumps and Bananas

Learning with Mitsuwa Man: Pumps and Bananas

Learn with Mitsuwa Man! Introducing the interesting similarities between pumps and bananas in a conversational format.

Saburo: Munch munch munch... Mitsuwa Man: Hey, could it be that what you're eating right now is... Saburo: Yeah, it's a banana. I've loved them since I was little. Mitsuwa Man: Bananas are always available and they're delicious, so that's great. By the way, there's an interesting similarity between pumps and bananas. For example, have you ever seen the small "spots" on the surface of a banana? Saburo: Yeah, I have. What are those? Mitsuwa Man: Those are called "sugar spots," which appear when a banana ripens, indicating that it has a high sugar content. The people who grow bananas carefully observe these sugar spots to assess quality, and we also carefully check the quality when we make pumps. *For more details, you can view the related links. Please feel free to contact us for more information.*

  • Other pumps

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Does this pump also experience it!? Blind spot freezing.

Does this pump also experience it!? Blind spot freezing.

Introducing methods to avoid sudden freezing in pumps used at industrial waste disposal sites!

To preserve the environment, various liquids are processed daily at industrial waste treatment facilities. Using liquids, of course, requires pumps. In this article, we will introduce methods to avoid sudden freezing of pumps used in industrial waste treatment facilities. *For more detailed information, please refer to the related links. Feel free to contact us for more details.*

  • Other pumps

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Learning about pumps and weather with Mitsuwa Man.

Learning about pumps and weather with Mitsuwa Man.

Introducing a conversation about weather, whether it's sunny or rainy, related to the performance of pumps!

Saburo: Hello, Mitsuwa Man! It's warm today, isn't it? Mitsuwa Man: Yes, it is. The nice weather makes me feel good too. By the way, there is a type of weather related to pump performance, but do you know whether it's related to sunny or rainy weather? Saburo: Huh, weather and pumps? Hmm... Since pumps move water, I guess it must be related to rain? Mitsuwa Man: That's right, you got it! When it rains a lot, water accumulates in basements and low-lying areas. At that time, pumps are used to move the accumulated water. Especially during floods, pumps help reduce damage by efficiently moving large amounts of water. *For more details, you can view the related links. Please feel free to contact us for more information.*

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What is the hybrid method to improve production efficiency in ceramic factories?

What is the hybrid method to improve production efficiency in ceramic factories?

High-pressure pumps used in the ceramic manufacturing process! Introducing the hybrid method to increase productivity in ceramic factories.

Improving production efficiency in factories is one of the challenges that troubles many people. In this article, we will introduce a hybrid method to increase productivity in ceramic factories. In factories that produce ceramic products, there is a process called "manufacturing clay." This process involves mixing water with clay and other raw materials (which are the ceramic materials), kneading them, and processing them into clay with a uniform texture, which is a fundamental process in ceramics. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

  • Other pumps

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We can send that with our pump as well.

We can send that with our pump as well.

Introducing cost-cutting methods focused on pumps used in inorganic wastewater treatment facilities!

There are many factories across the country that use various liquids. At the same time, a lot of water that cannot be discharged as is after use is also generated. Therefore, each factory treats the water using a facility called wastewater treatment equipment before discharging it. This time, we will introduce cost-cutting methods focused on the pumps used in inorganic wastewater treatment facilities at electronic semiconductor factories, plating factories, and glass processing factories. *For more detailed information, please refer to the related links. Feel free to contact us for more details.

  • Other pumps
  • Wastewater/wastewater treatment equipment

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