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Mixing vessel Product List

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Free booklet giveaway: "Trends in Overseas Sanitary Container Welding Technology"

Free booklet giveaway: "Trends in Overseas Sanitary Container Welding Technology"

Issued by the AWS (American Welding Society). This is a specification for the manufacturing and welding of sanitary containers.

This is a technical booklet from Nitto Metal Industry Co., Ltd. Here, we introduce the specifications published by the American Welding Society (AWS). These specifications address visual inspection requirements for welded surfaces that are certified and those that are used as-welded. Four surface class classification zones are defined based on risk for welded surfaces present in sanitary containers, and guidelines for welding finishes specifying the required welding finish for these zones are provided.

  • Stainless steel container
  • Mixing vessel

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[Case Study] [Selection Guide] Guide to Installing Mixers on Stainless Steel Containers

[Case Study] [Selection Guide] Guide to Installing Mixers on Stainless Steel Containers

Attach the mixer to the stainless steel container for reduced labor and time savings!

You can also customize the "mixer attachment" for stainless steel containers! Would you like to make it easier to use by attaching a mixer to the container? Here, we have summarized examples of mixer attachments for stainless steel containers, the benefits of attaching a mixer to the container, and the types of attachments available. Our company designs and manufactures custom products from a single unit to meet the optimal specifications based on your desired specifications, usage environment, and application, ensuring that you can use stainless steel containers comfortably. We will also select the most suitable model for the mixer.

  • Stainless steel container
  • Mixing vessel

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[Example] 400L Jacketed Container with Mixer, Temperature Control, Frame, and Piping

[Example] 400L Jacketed Container with Mixer, Temperature Control, Frame, and Piping

Containers, pumps, and control panels on a single cart! Circulates warm water to maintain the internal solution at a constant temperature.

We would like to introduce a case where we manufactured custom storage and discharge containers at the request of a food manufacturer. A 400L stainless steel jacketed container was equipped with a stirrer, pump, and level sensor. Hot water is circulated within the jacket using a temperature control unit to maintain the internal solution at a constant temperature. The container, pump, and control panel are mounted on a single cart for easy mobility. 【Case Overview】 - Connect an external temperature sensor to the temperature control unit to manage the temperature of the internal solution, and use the stirrer to ensure uniform temperature throughout the solution. - By using an ultrasonic level sensor, the level can be measured without contact with the internal solution. - The pump is used for transferring liquid to the next process. - The control panel manages the ON/OFF operation and speed adjustment of the pump and stirrer, as well as displays the liquid level. *For more details, please refer to the PDF document or feel free to contact us.

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  • Mixer/agitator
  • Mixing vessel

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[Example] 20L Jacket Tank Mixer with Cart and Stand

[Example] 20L Jacket Tank Mixer with Cart and Stand

A cart with handles makes it easy to move between production equipment! The air motor is designed to be explosion-proof and difficult to ignite!

We would like to introduce a case where we manufactured custom storage and discharge containers at the request of a pharmaceutical manufacturer. This is a jacketed stirring container with a cart, and the air motor is designed to be explosion-proof and difficult to ignite. The cart's basin is equipped with a discharge outlet for draining accumulated liquid during container cleaning. 【Case Overview】 - The contents are heated by the jacket while being mixed by the air motor stirrer. - The air motor is explosion-proof and difficult to ignite. - A full-bore ball valve attached to the drain allows for smooth discharge of the contents. - The cart's basin has a discharge outlet for draining accumulated liquid. - The cart with a handle facilitates easy movement between production equipment. *For more details, please refer to the PDF document or feel free to contact us. *Other cases can be viewed through "PDF Download."

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  • Mixer/agitator
  • Mixing vessel

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[Case Study of Stirring Temperature Control Unit] Adopted for heating and stirring liquids.

[Case Study of Stirring Temperature Control Unit] Adopted for heating and stirring liquids.

To ensure smooth discharge of the contents, a single tapered design with the bottom of the container sloping towards the discharge side has been adopted!

We would like to introduce a case where a stainless steel stirring and temperature control unit was adopted for heating and stirring liquids in the chemical industry. The unit heats the liquid using a heater inserted into the jacket section and mixes it with a stirrer installed at the top. A thermometer is attached to allow for temperature monitoring of the liquid inside. Additionally, to ensure smooth discharge of the liquid, a single tapered design is used, with the bottom of the container sloping towards the discharge side. 【Case Overview】 ■ Dimensions: Container inner diameter φ565mm × height H1050mm (excluding stirrer base) ■ Container material: SUS304 ■ Capacity: 150L *For more details, please refer to the PDF document or feel free to contact us.

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  • Stainless steel utensils and containers
  • Mixing vessel

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[Case Study of Stirring Temperature Control Unit] Adopted for stirring liquids containing insoluble powders.

[Case Study of Stirring Temperature Control Unit] Adopted for stirring liquids containing insoluble powders.

The mixer is designed to minimize air incorporation and utilizes a Bernoulli flow mixer that enables uniform mixing!

We would like to introduce a case where a stainless steel stirring temperature control unit was adopted for stirring liquids containing insoluble powders in the pharmaceutical industry. This is a set of a stirring container and a temperature control unit (hot water circulation device). The hot water produced by the temperature control unit is supplied to the jacket of the stirring container via a heat-resistant hose and a pump, circulating to heat the liquid inside the container. Although this separate type incurs higher initial costs compared to consolidating functions into one unit, it allows the temperature control unit to be used with other containers, which can lead to a reduction in equipment costs in the long run. 【Case Overview】 <Stirring Container> ■ Dimensions: Inner diameter of container φ470mm × Height H1480mm (when stirring machine is installed) ■ Container Material: SUS304 ■ Capacity: 100L ■ Temperature: 133℃ (jacket section) *For more details, please refer to the PDF document or feel free to contact us.

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  • Stainless steel utensils and containers
  • Mixing vessel

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【Examples of Stirring Temperature Control Unit】Adopted for Wax Melting and Heat Preservation

【Examples of Stirring Temperature Control Unit】Adopted for Wax Melting and Heat Preservation

By installing insulation covers, we enhance heat retention and contribute to preventing burns for workers!

We would like to introduce a case where a stainless steel stirring and temperature control unit was adopted for the melting and heating of wax in the chemical industry. After heating the white solid wax to liquefy it, the unit supplies the wax to the machine that applies it. A heater inserted into the jacket section warms the water in the jacket, heating the contents like a double boiler. The stirring element features anchor wings shaped to fit the container. It forcibly moves the contents from the bottom of the container to the walls, allowing for liquefaction while preventing the wax from sticking. 【Case Overview】 ■ Dimensions: Inner diameter of the container φ565mm × Height H2200mm (when the stirrer is installed) ■ Container Material: SUS304 ■ Capacity: 150L (Effective capacity 125L) ■ Heater Output: 7.5kW ■ Power Supply: 3-phase 200V ■ Temperature: Room temperature to 80℃ *For more details, please refer to the PDF document or feel free to contact us.

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  • Stainless steel utensils and containers
  • Mixing vessel

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【Examples of Stirring Temperature Control Unit】 Adopted for temporary storage and warming of edible oil.

【Examples of Stirring Temperature Control Unit】 Adopted for temporary storage and warming of edible oil.

Adopting an ultrasonic level sensor! A unit that combines a container, pump, and control panel on a single cart!

We would like to introduce a case where a stainless steel stirring temperature control unit was adopted for the temporary storage and warming of edible oils in the food industry. An ultrasonic level sensor that can measure levels without contact with the contents is used. The pump is used for transferring liquid to the next process. Hot water is circulated within the jacket of the chiller to maintain the edible oil at a constant temperature. An external temperature sensor is connected to the chiller to manage the temperature of the internal solution, and the stirring machine keeps the contents flowing to achieve a uniform temperature. 【Case Overview】 ■ Dimensions: Container inner diameter φ1000mm × height H1470mm (floor to control panel) ■ Container and cart material: SUS304 ■ Capacity: 400L *For more details, please refer to the PDF document or feel free to contact us.

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  • Stainless steel utensils and containers
  • Mixing vessel

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[Case Study] Easy-to-Clean Open and Close Lid

[Case Study] Easy-to-Clean Open and Close Lid

For stirring tanks with immersion heaters! A case where the risk of contamination during medium preparation has been reduced.

This is a custom-made example of a lid for a stirring tank used for culture liquid (water + powder) supplied to a pharmaceutical manufacturer. The customer used a standard tapered container and also utilized a standard accessory sealed lid. However, since the lid had no opening, it was necessary to open the lid every time a submersible heater or stirrer was used, which made the work difficult. Therefore, a specification for an easy-to-clean opening and closing lid was adopted. When adding powder, it prevents the powder from scattering, and the stirrer and submersible heater can be used without having to leave the lid open. [Issues] - The customer used a standard tapered container and a standard accessory sealed lid. - Since there is no inlet on the lid, the lid must be removed when adding powdered materials, which causes the powder to scatter as it opens fully. - Because there is no opening in the lid, it is necessary to open the lid every time a submersible heater or stirrer is used, making the work difficult. *Other examples can be viewed via "PDF Download." *For more details, please refer to the PDF document or feel free to contact us.

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  • Other machine elements
  • Mixing vessel

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[Case Study] Temperature Control Unit with Jacketed Stirring Vessel

[Case Study] Temperature Control Unit with Jacketed Stirring Vessel

Heating by steam is also possible! A case study that adopts the "separate type" to reduce total costs.

This is a custom case of a container capable of stirring 100L of liquid containing insoluble powder delivered to a pharmaceutical manufacturer. When there is a need to heat the inside of the container with warm water and stir, it is often proposed to combine the stirring function and temperature control function into one unit, like the "HU" heater unit. However, in this product, a separate type has been adopted. The temperature control unit is mounted on a cart, making it easy to move to the required process. Although it incurs higher costs compared to an integrated stirring and temperature control container, it can lead to reduced equipment costs in the long term. [Case Overview] - Consists of a jacketed stirring container and a temperature control unit (warm water circulation device). - A manual tank ball valve is used for the outlet. - A Bernoulli flow stirrer is adopted, which is less likely to incorporate air and allows for uniform stirring. - Changing the rotation speed is easy with the standard controller. - Both the stirring container and temperature control unit are equipped with "ECK" insulation covers. *Other cases can be viewed via "PDF Download." *For more details, please refer to the PDF materials or feel free to contact us.

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  • Mixer/agitator
  • Mixing vessel

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[Example] Heater unit for heating and dissolving cosmetic ingredients

[Example] Heater unit for heating and dissolving cosmetic ingredients

The contents can be heated up to a maximum of 150°C! Reduces the introduction and maintenance costs of the pump!

We would like to introduce a case where we custom-made a "stainless steel container with a heater" and delivered it to the cosmetics industry. By heating the contents while stirring, we improved efficiency for materials that are difficult to dissolve. Since the outer surface of the container becomes hot, we adopted an insulation cover to prevent burns for the operators. 【Features】 ■ Capable of heating contents up to 150°C ■ Insulation cover adopted to prevent burns for operators due to the high temperature of the container's outer surface ■ Reduces the introduction and maintenance costs of pumps ■ Height can be adjusted according to the process * For more details, please refer to the PDF materials or feel free to contact us. * Other cases can be viewed via "PDF Download."

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  • Other heaters
  • Mixing vessel

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[Case Study] Innovative Pharmaceutical Manufacturer | Stirring Unit

[Case Study] Innovative Pharmaceutical Manufacturer | Stirring Unit

Multiple sanitary mixing tanks introduced for the sugar coating liquid manufacturing line.

A leading pharmaceutical manufacturer required multiple sanitary mixing tanks for the establishment of a sugar-coated liquid production line associated with a new project. This case study introduces the implementation of a mixing unit while considering the stable operation and documentation requirements demanded by the pharmaceutical industry. It is an example of equipment selection based on past delivery records and discussions regarding design aspects.

  • others
  • Mixing vessel

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[Case Study] Dairy Product Manufacturing Company | Piping and Components

[Case Study] Dairy Product Manufacturing Company | Piping and Components

Reducing the cleaning burden of the cheese production line with PFA sanitary piping.

In a dairy manufacturing company, cheese at approximately 80°C was adhering to the pipes, necessitating pig cleaning, pipe disassembly, circulation cleaning, and manual brush cleaning. This case introduces the modification of stainless steel pipes to PFA sanitary pipes, with dimensions customized to fit the on-site line. It is an example of efforts to reduce the burden of cleaning operations in processes that handle materials prone to adhesion.

  • others
  • Mixing vessel

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[Case Study] B-Skep Co., Ltd. | Stirring Temperature Control Unit

[Case Study] B-Skep Co., Ltd. | Stirring Temperature Control Unit

Combining hot water bath, stirring, and transportation to in-house the pretreatment of honey production.

At Be-Skepp Co., Ltd., there was no equipment for water bath heating of 200L drums, and the process of transferring to smaller cans was outsourced. Additionally, manual stirring and transferring became labor-intensive. In this case study, we will introduce a system that integrates the water bath tank, transportation, temperature control stirring, and pre-filling processes into a single line, with adjustments made to the heater and pump specifications to suit the characteristics of honey.

  • others
  • Mixing vessel

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Stainless steel container with mixing machine and mirror plate type (tank bottom valve) [DTM]

Stainless steel container with mixing machine and mirror plate type (tank bottom valve) [DTM]

It's selling well! A stainless steel container with improved discharge and mixing properties, with no stagnation!

This is a stirring unit with a mirror bottom that has converted the bottom drain of our stainless steel tank [DTK] into a tank valve. Thanks to the tank valve, there is almost no liquid accumulation, allowing for efficient extraction. The absence of dead space improves stirring efficiency. It comes with a base that allows for the attachment of a clamp-type portable stirrer, and the stirrer can be easily removed by taking off the lid. The lid is a split type suitable for checking the contents and adding raw materials. The bottom has a bowl shape, making it ideal for stirring and discharging. The main body is equipped with caster legs, allowing for the movement of the stirrer and contents together with the container. We also offer the [DTM-J] with a jacket for heating and cooling. Specifications can be modified to suit your application.

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  • Stainless steel container
  • Mixing vessel

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[Explanatory Material] Is stainless steel really clean?

[Explanatory Material] Is stainless steel really clean?

BA material, 2B material, buff polishing, electrolytic polishing... A grand reveal of stainless steel surfaces that cannot be discerned by the naked eye!

Smooth, rough, silky... Depending on the material and surface finish, stainless steel shows various appearances. However, it is not possible to see what the actual surface looks like just by visual inspection. Therefore, this time, we will introduce photographs of stainless steel surfaces taken using a scanning electron microscope (SEM). *What is a scanning electron microscope (SEM)?* Unlike optical microscopes (such as magnifying glasses and general microscopes) that use light, a scanning electron microscope uses electron beams. It allows us to clearly see fine surface structures that cannot be observed with optical microscopes.

  • Stainless steel container
  • Mixing vessel

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[Explanation Material] How to Choose a Mixer that Pairs Well with Stainless Steel Containers

[Explanation Material] How to Choose a Mixer that Pairs Well with Stainless Steel Containers

What is the optimal mixer for a stirring container, considering the installation method, drive system, and the shape of the stirring blades?

When using stainless steel containers, there are various requirements for the containers depending on their intended use. Stirring machines play a crucial role when mixing materials or agitating to produce products. Here, we will explain the various stirring machines that are commonly used with our stainless steel containers. However, what is written here is an introduction to those that are generally known, and there are many other types of stirring machines depending on the materials, applications, and usage environments. When considering containers, we will propose the most suitable stirring machine that matches the contents. We hope this explanatory document will serve as a reference when considering stainless steel containers.

  • Stainless steel container
  • Mixing vessel

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[Example] Pressure-adjustable jacket container with magnetic stirrer

[Example] Pressure-adjustable jacket container with magnetic stirrer

The state inside the container can be checked through the viewing window with a wiper and a lighting light! Introducing examples of pressurized containers.

We would like to introduce a case where a custom pressure vessel was manufactured at the request of a pharmaceutical manufacturer. This vessel is designed to dissolve powders and liquids, degas, and transfer the contents to other equipment. The internal state of the vessel can be checked through a viewing window, which is equipped with a light for illumination and a wiper. 【Case Overview】 - Powder materials are gradually added to the liquid inside the vessel from an eccentric hopper with a butterfly bubble. - The added contents are heated with warm water circulated through a jacket. - The heated contents are mixed using upper and lower stirrers. - Bubbles formed during stirring are degassed under reduced pressure. - The resulting solution is transferred to other equipment through a tube strainer. *For more details, please refer to the PDF document or feel free to contact us. *Other cases can be viewed from the "PDF Download" section.

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  • Mixer/agitator
  • Mixing vessel

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[Example] Open-type pressure vessel with magnetic stirrer and dedicated cart.

[Example] Open-type pressure vessel with magnetic stirrer and dedicated cart.

The magnetic stirrer is seal-less and insulated from the outside air! It is equipped with small casters for anti-tipping.

We would like to introduce a case where we manufactured a custom pressure vessel at the request of a chemical fiber manufacturer. This is a jacketed stirring vessel with a cart that allows for the introduction of chemicals without exposure to the outside air. After stirring and degassing under reduced pressure, the chemicals are pumped from the bottom of the tank. The cart designed specifically for in-factory equipment has narrow caster widths, and small casters are added for rollover prevention. 【Case Overview】 - Chemicals are introduced without exposure to the outside air, stirred, and after degassing under reduced pressure, the chemicals are pumped from the bottom of the tank. - The chemicals after stirring and degassing are transported to the manufacturing equipment using the cart, and the chemicals are pumped. - The cart designed specifically for in-factory equipment has narrow caster widths, and small casters are added for rollover prevention. *For more details, please refer to the PDF document or feel free to contact us.

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  • Mixer/agitator
  • Mixing vessel

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【Examples of Stirring Temperature Control Unit】 Adopted for small-batch production of various solutions.

【Examples of Stirring Temperature Control Unit】 Adopted for small-batch production of various solutions.

The stirring method can be changed according to the variety! Tanks with a smaller capacity than the existing ones can be manufactured!

We would like to introduce a case where a stainless steel stirring and temperature control unit was adopted for the small-batch production of various solutions in the chemical industry. The customer was experiencing an increase in small-scale contract production projects, but their existing large production line could not accommodate these demands. In response, we manufactured a tank with a smaller capacity than the existing one. We supported two different installation methods for the stirrer, allowing for changes in stirring methods according to the type of solution. Additionally, we applied a fluororesin coating to prevent high-viscosity liquids from sticking. [Case Overview] ■ Customer Challenges - Want to accommodate small-batch production of various types - Unable to meet demands with the existing large production line ■ Solution - Manufactured a tank with a smaller capacity than the existing one - Supported two installation methods for the stirrer to allow changes in stirring methods according to the type of solution *For more details, please refer to the PDF document or feel free to contact us.

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  • Stainless steel utensils and containers
  • Mixing vessel

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【Examples of Stirring Temperature Control Unit】 Adopted for the production of binder liquid.

【Examples of Stirring Temperature Control Unit】 Adopted for the production of binder liquid.

The mixer and immersion heater can be installed in the container at the same time! You can stir while heating.

We would like to introduce a case where a stainless steel stirring and temperature control unit was adopted for the production of binder liquids in the chemical industry. To shorten the dissolution time, a submersible heater that can directly heat the liquid instead of using a jacket was employed. The lid features notches for the stirrer, an opening and closing section for the insertion of the submersible heater, an opening and closing section for material addition and internal inspection, and processing for a helix. 【Case Overview】 ■ Dimensions: Inner diameter of container φ565mm × Height H1095mm (excluding stirrer base) ■ Material: SUS304 ■ Capacity: 150L *For more details, please refer to the PDF document or feel free to contact us.

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  • Stainless steel utensils and containers
  • Mixing vessel

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[Explanatory Material] Container Manufacturer Explains! Temperature Control Methods for Stainless Steel Containers

[Explanatory Material] Container Manufacturer Explains! Temperature Control Methods for Stainless Steel Containers

We will introduce methods for heating or cooling the contents placed in storage tanks, mixing tanks, and blending tanks!

Stainless steel containers are often used in temperature control processes due to their high thermal insulation (low thermal conductivity). In this PDF document, our company, a manufacturer of stainless steel containers, will introduce the temperature control methods for stainless steel containers categorized by features.

  • Stainless steel container
  • Mixing vessel

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[Explanatory Material] What is the "Method of Addition" to Suppress Foaming?

[Explanatory Material] What is the "Method of Addition" to Suppress Foaming?

I conducted an experiment on the method of adding that suppresses foaming.

Foaming can cause various troubles depending on what is being handled. For example, if the foam does not dissipate, you cannot proceed to the next process, and you may need to insert a defoaming or degassing step, or wait for the foam to dissipate naturally. This hinders work and is inefficient. In other words, even a slight reduction in the amount of foam can lead to improved work efficiency. This document summarizes the experiments conducted on "methods to suppress foaming during input."

  • Stainless steel container
  • Mixing vessel

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[Explanatory Material] What is a "Heat Exchanger" that can efficiently cool fluids in a space-saving manner?

[Explanatory Material] What is a "Heat Exchanger" that can efficiently cool fluids in a space-saving manner?

We introduce stainless steel tanks essential for craft beer brewing and space-saving heat exchangers.

Our company manufactures and sells tanks for craft beer. Depending on the manufacturing process, we offer three types of tanks for boiling, mashing, and fermentation. To make it easier for those who are considering starting a craft beer business to introduce equipment, we also propose and sell other related devices as a package. One of these is the "heat exchanger." A heat exchanger is a device that transfers (exchanges) thermal energy from a fluid at a higher temperature to a fluid at a lower temperature, similar to an air conditioner or radiator. Recently, we visited "Nihasan Seisakusho Co., Ltd.," which holds the top share in the domestic market for plate heat exchangers and whose products we also handle. This document will explain the basics of the heat exchangers introduced during our visit and our craft beer tanks.

  • tank
  • Mixing vessel

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【Explanatory Material】How to Eliminate Dama?

【Explanatory Material】How to Eliminate Dama?

A collection of countermeasures against "clumps" compiled by a mixing tank manufacturer!

At MONOVATE, a manufacturer of mixing tanks and mixing equipment, we propose methods to reduce the occurrence of lumps and to dissolve any lumps that do occur quickly, through the review of work methods and improvements or introductions of production equipment. In this document, we will introduce several measures that can be taken to eliminate lumps.

  • tank
  • Mixing vessel

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Glossary of Stainless Steel Containers (Basic Edition) | A Gentle Explanation of Structure, Materials, and Components

Glossary of Stainless Steel Containers (Basic Edition) | A Gentle Explanation of Structure, Materials, and Components

For those handling stainless steel containers for the first time! We have compiled the basic terminology essential for working with stainless steel containers.

This is a "Glossary of Basic Terms" gently explained by the stainless steel container manufacturer MONOVATE, covering commonly used keywords from the basic structure of stainless steel containers to specialized terms such as Heller fittings, buff polishing, and electro-polishing. The basic section carefully selects essential terms that are indispensable for container selection and specification consideration. It is ideal for those handling stainless steel containers for the first time, as well as for personnel involved in design, purchasing, and quality control. It can also be used as supplementary material for in-house training and product understanding.

  • Stainless steel container
  • Mixing vessel

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[Case Study] Respect Co., Ltd. | Mixing and Temperature Control Unit

[Case Study] Respect Co., Ltd. | Mixing and Temperature Control Unit

Efficiently streamline the heating and stirring process for plant fermentation extract production with a 200L batch processing.

At Respect Co., Ltd., due to the expansion of production volume, there were limitations in processing with three small heating units, and there were burdens associated with transferring containers and manual stirring. In this case study, we will introduce how the introduction of a heater unit enabled bulk processing of 200 liters and revised the process to combine heating and stirring. We are considering the specifications while confirming the heating capacity and stirring conditions during pre-introduction tests.

  • others
  • Mixing vessel

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[Experiment Report] Stirring 800L of Seasoning Liquid | Mixing Three Types of Ingredients with One Machine

[Experiment Report] Stirring 800L of Seasoning Liquid | Mixing Three Types of Ingredients with One Machine

Verification of whether three types of raw materials with different properties can be handled by a single mixer at an 800L scale.

We received an inquiry from a food manufacturer regarding the mixing of seasoning liquids, and we conducted a practical test on a scale of 800 liters. The materials included "sinking grated vegetables," "floating sesame seeds," and "separating oil," creating challenging conditions for mixing. The purpose of the test was to determine whether a single mixer could appropriately mix raw materials with different physical properties. We conducted three tests, changing the conditions for each raw material, to explore viable configurations. We have summarized the progress of the tests and the key points for equipment consideration that emerged from them.

  • others
  • Mixing vessel

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Solutions for Slurry Settling, High Viscosity, and Clogging | Collection of Examples for Mixing, Discharging, and Filtering

Solutions for Slurry Settling, High Viscosity, and Clogging | Collection of Examples for Mixing, Discharging, and Filtering

A record of real solutions for the three processes of slurry observed through practical verification with cosmetics, ink, and electronic component manufacturers.

In the manufacturing site of slurries (raw materials where powders and particles are dispersed in a liquid), challenges such as "the powder settles or floats even when stirred," "high viscosity prevents it from being removed from the container," and "filtration takes a long time" repeatedly occur. This document is a collection of case studies summarizing data obtained from actual equipment verification using real raw materials before implementation, along with the directions for solutions identified from that data. The content is structured into three main parts: 1. The foundational column explains how to choose stirrers and mixing devices that are resistant to sedimentation and settling, as well as customization proposals for slurry tanks (seven cases including dispersion, liquid transfer, cooling, explosion-proofing, and filtration). 2. The verification report presents three examples: "stirring a 150L cosmetic slurry with a powder ratio of about 50%," "discharging a high-viscosity slurry with a viscosity of about 150,000 cP (rat hole countermeasures)," and "vacuum filtration of carbon dispersion slurry," including conditions, values, and customer feedback. 3. Information useful for considering implementation is also provided. This is recommended for those in charge of design, production technology, and quality assurance who want to consider not only "what to mix with" but also "how to input and output" the equipment. We offer customized solutions for each unit, ranging from small volumes for trial use (4L and up) to production use (around 1000L).

  • Other mixing and mixing equipment
  • Mixing vessel

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[Explanatory Material] Measures Against Foreign Matter Contamination Around Stainless Steel Containers - Mixing and Cleaning Processes -

[Explanatory Material] Measures Against Foreign Matter Contamination Around Stainless Steel Containers - Mixing and Cleaning Processes -

Are the measures against foreign matter contamination during mixing thorough?

Stainless steel containers used in high hygiene grade locations. In such environments, measures against foreign matter contamination are often a focus. This PDF document introduces "measures against foreign matter contamination that can be implemented around stainless steel containers during mixing and cleaning processes." Please feel free to download and take a look.

  • Stainless steel utensils and containers
  • Mixing vessel

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