エイチツー Product Lineup

We received a contact from a design company in the Kanto region and would like to introduce a case where we delivered an "automatic pH neutralization device" to Kanto Gastroenterology Clinic. The request was to "neutralize the wastewater from the cleaning machine," and the available installation space was approximately 500×500 mm with a height of about 1000 mm. Within this range, it was necessary to complete the chemical injection, stirring, and control panel. Due to the need for installation within the clinic, space-saving installation was a must, and there were strict requirements for operation on 100V single-phase power and minimal operational noise. We ordered a custom-sized control panel and achieved space-saving by mounting everything above the neutralization tank. [Case Overview] ■ Challenges - Need to neutralize wastewater from the cleaning machine - Must complete chemical injection, stirring, and control panel within the installation range - Space-saving installation is essential due to in-clinic installation - Operation on 100V single-phase power - Operational noise must be kept to a minimum *For more details, please refer to the PDF document or feel free to contact us.

• Wastewater/wastewater treatment equipment

The "Fluid Technology Magazine" is a regular publication specializing in various fluid processes, including "pumps," "piping," "chemicals," and "water treatment," as well as "mixing," "storage tanks," and "recovery and filtration." In issue No. 22, we provide an explanation about boilers. It includes topics such as "What is a boiler?" and "Basic knowledge of boilers." Additionally, this month's helpful content features case studies. We encourage you to take a look. [Contents (partial)] ■ Feature: Gentle Explanation of Boilers - What is a boiler? - Basic knowledge of boilers - Boilers and control - Boilers and fluid technology *For more details, please refer to the PDF document or feel free to contact us.

• Boiler

In the food, pharmaceutical, and cosmetics industries, pumps are essential for liquid control, such as the transfer of high-viscosity raw materials and pharmaceutical liquids while maintaining sanitary conditions. Our company offers a fluid technology magazine where you can enjoy learning basic knowledge such as "Fundamentals of Sanitation" and "Why Do Pumps Break?" Additionally, we provide materials that can assist you in the transfer of sanitary fluids, including "Case Studies for Food, Chemical, and Cosmetics Industries" and "Interviews with Actual Users," all compiled into "10 books" for you. You will find hints to solve your challenges related to high-viscosity and sanitary transfer! Please take a look! *For more details, please check the "PDF Download."

• Other pumps

The "Fluid Technology Magazine" is a regular publication specializing in various fluid processes, including "pumps," "piping," "chemicals," and "water treatment," as well as "mixing," "storage tanks," "recovery and filtration," and more. In No. 21, we feature multiple useful contents, including an introduction to various containers and pumps. We invite you to read it. 【Contents (partial)】 ■ <Feature> Various Containers and Pumps - Fluid transfer from poly cans - Fluid transfer from one-gallon cans - Fluid transfer from pails - Fluid transfer from drums - Fluid transfer from IBC tanks *For more details, please download the PDF or feel free to contact us.

• Other pumps

The "Sanitary Drum Pump Series" is a handy pump designed for viscous liquids with a thorough sanitary structure. With a high-viscosity drum pump, it can transfer liquids with a viscosity of up to 100,000 cp. This eliminates the labor and risks associated with manually adding heavy raw materials. Additionally, since it is a portable pump, no installation work is required. You can start transferring immediately after inserting it into the drum. 【Lineup】 ■ Sanitary Drum Pump for Low Viscosity SP-8 ■ Sanitary Drum Pump for Medium Viscosity SP-850SR ■ Handy Pump for High Viscosity Transfer HD-DD *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

As the quality and variety of convenience store bread continue to increase year by year, production factories are required to ensure accurate and efficient operations while also considering the "ease of work" for their employees. Due to the challenges of efficient production and reducing work load, we received inquiries from major convenience store bread factories, and they adopted A2's pump for the process of transferring custard. Since custard cream is transferred at low temperatures and is almost solid, we selected the sanitary air diaphragm pump "SB series" as the transfer pump. Although the initial self-priming took a bit of time, it generally demonstrated satisfactory transfer capacity for the customer, and its lightweight and compact design were well received, with easy disassembly and cleaning being highly praised. In this document, we visited the factory where our pump was actually adopted and inquired about the challenges and background of the request. For more details, please download the document and check it. [Overview] ■ Delivery: Major convenience store bread manufacturing factory in Saitama Prefecture ■ Application: Transfer of custard cream (with control) ■ Model: Sanitary diaphragm pump SB type

• Other pumps

We would like to introduce our "High Magnetic Force Magnet Filter MGF-150." This is an inline magnetic filter that collects iron-based sludge generated during cutting, polishing, and cleaning processes, regardless of whether the coolant liquid is water-soluble or oil-based. It has minimal mechanical failures and degradation, and it does not require a power supply. Due to its high magnetic force, there is almost no detachment of sludge (such as iron powder and iron chips) to the secondary side based on the flow rate used. The collected sludge can be easily demagnetized and discharged by simply pulling up the handle. *For more details, please refer to the PDF materials or feel free to contact us.*

• Other consumables

We would like to introduce our "Sanitary Pump Unit" for raw material transfer. The tank, piping, and cart are made entirely of stainless steel, and since it is designed for sanitary use, each component can be easily removed. Furthermore, with a contamination-free design, you can use it with confidence for food and pharmaceuticals. We offer three tank sizes, so please choose according to your application. 【Features】 ■ Tank, piping, and cart are made entirely of stainless steel ■ Easy removal of each component due to sanitary design ■ Contamination-free design allows for safe use with food and pharmaceuticals ■ SB type is compatible with CIP cleaning *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

This catalog introduces corrosion-resistant applications using special materials such as "PVDF" and "SUS316." It features back pressure valves "BP series" that allow material selection based on the corrosiveness of the chemical liquid to be transported, relief valves "PR series" that enable safer transport, and flow meters "AK series" that are expected to prevent chemical attacks. Please make use of this for product selection. 【Featured Products】 ■ Back Pressure Valve "BP series" ■ Relief Valve "PR series" ■ Flow Meter "AK series" ■ Y-Strainer "YS series" *For more details, please refer to the PDF document or feel free to contact us.

• Flow Meter

We received a request from the North Kanto Parts Factory to develop a device that circulates high-temperature corrosive liquids and inspects the internal corrosion of products connected during the process. The control system requires a heating function (to stop and maintain at a specified temperature), liquid level control, and the ability to set up cycle operation (such as an 8-hour cycle count). We proposed and were accepted to provide a compact device that incorporates these features into a cart. Devices that require corrosion resistance and heat resistance, like this one, are our specialty. Please feel free to consult us. [Overview] ■ Delivery: North Kanto Parts Factory ■ Purpose: Device for investigating internal corrosion of product prototypes ■ Request: Development of a circulation device to examine the corrosion resistance of products *For more details, please refer to the PDF document or feel free to contact us.

• Other physicochemical equipment

Here is a case study of transporting factory wastewater at a pharmaceutical small-scale packaging factory in the Chubu region. The company consulted us about the mixing of caustic soda, dilute sulfuric acid, and sodium hypochlorite in the cleaning wastewater, and we proposed and adopted the "LC series" submersible pump, which can handle various chemical liquids. Additionally, we supported float specifications with a liquid level controller, contributing to the automation of the neutralization process that had previously been done entirely manually. [Case Overview] ■ Client: Pharmaceutical factory in the Chubu region ■ Application: Transport of factory wastewater ■ Model: Corrosion-resistant submersible pump LC *For more details, please refer to the PDF document or feel free to contact us.

• Wastewater/wastewater treatment equipment

A major chemical plant requested us to devise a system that automatically transfers and replenishes caustic soda to maintain a constant concentration within a large scrubber when the pH drops. Since a pH meter is installed on the scrubber side, we configured the system to incorporate that signal into our device, activating the transfer when the concentration decreases. The user commonly uses Iwaki's metering pumps, so we incorporated Iwaki pumps as the transfer pumps, as they are familiar with their maintenance and operability. Additionally, we received many requests regarding safety, so we installed a drain pan to prevent leaks from the caustic soda storage tank and a leak sensor within the drain pan to detect any leaks. [Overview] ■ Delivery: Western Japan Chemical Plant ■ Application: Transfer and replenishment of caustic soda to the scrubber ■ Request: To maintain a constant concentration of caustic soda within the scrubber *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received a request from a cosmetics factory in Western Japan stating, "We would like to transport mud pack materials." The viscosity was around 2000 mPa·s, and we confirmed the performance with a demo unit. Additionally, we received requests regarding the optional lifter, and we were able to meet all the various requests before delivery. The pump was selected to be air-driven, and the equipment was configured to operate and stop using a solenoid valve. Furthermore, we incorporated an "automatic operation" feature that receives a stop signal from the hopper at the pump's destination and stops automatically. Having an operation panel on the lifter improved operability on-site and contributed to increased productivity. 【Case Summary】 ■ Delivery: Cosmetics Factory in Western Japan ■ Application: Transport of mud pack materials (high viscosity) ■ Model: Sanitary High Viscosity Handy Pump HD-850DD-751 *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We would like to introduce a case study of the automatic pH neutralization system we delivered. We received an inquiry from a design office that wanted to neutralize experimental wastewater generated due to new construction. The client was a university in the Chubu region, and they requested treatment for wastewater resulting from experiments related to cement and concrete. Since they were looking for a compact and simple device, we designed it to complete the neutralization in a single tank. Because we were able to hold meetings before the new construction work began, the foundation (concrete) was prepared perfectly, and the handover of operations from the design company went smoothly. Our company has a system in place that allows for appropriate proposals and the realization of our customers' "wants" through collaboration between sales and design. Please feel free to contact us when you need our services. *For more details, please refer to the PDF materials or feel free to contact us.

• Water treatment equipment

We received a request from a certain surface treatment factory in the Tokai region, stating, "We want to keep the manganese phosphate solution in a clean state at all times." This involves the circulation filtration of what is commonly known as bonding solution. Due to the high temperature and corrosive nature of the liquid, the components are made of SUS material. Additionally, we designed the system to perform rough filtration followed by precise filtration using a single unit and pump, which was adopted. At H2, we can design and manufacture recovery filtration systems tailored to our customers' sites. In this case, we also handle installation and piping on the tank side, so we can carry out the construction as well. Customers facing issues with recovery filtration are encouraged to contact us. [Case Overview] ■ Delivery: Surface treatment factory in the Tokai region ■ Application: Sludge circulation filtration for manganese phosphate tank ■ Model: ADD-25-SS and others *For more details, please refer to the PDF materials or feel free to contact us.

• Filtration Equipment

We received a request from a concrete factory in the Chubu region stating, "We would like to neutralize the wastewater generated from washing concrete trucks." Upon further inquiry, we learned that while there is an existing sedimentation tank, there is no neutralization equipment. They were urgently considering this matter due to a notice from the authorities. Therefore, we proposed a flow where the supernatant from the existing sedimentation tank would be neutralized and then discharged. Since the sedimentation tank has a strong alkaline condition, we suggested using a corrosion-resistant submersible pump of the LC type and installed electrodes for liquid level control to ensure only the supernatant is drawn. This matter involved multiple documents due to the authorities' notice, but our company supported the submission of these documents, allowing us to clear the issues without any problems. [Case Overview] ■ Client: Chubu Ready-Mixed Concrete Factory ■ Supplied Product: Automatic pH Neutralization Device ■ Application: pH neutralization treatment of concrete wastewater (including rainwater) *For more details, please refer to the PDF materials or feel free to contact us.

• Wastewater/wastewater treatment equipment

In fluid transfer, it is important to consider three main aspects: the characteristics of the fluid to be transferred (fluid information), the selection of equipment that meets the desired conditions (equipment selection), and the compatibility with the site (external factors). Among these, "fluid information" requires careful consideration of various factors such as the fluid's special properties, viscosity, specific gravity, corrosiveness, and temperature when making selections. This document focuses on temperature and corrosion resistance, summarizing cases of fluid transfer at temperatures above 50°C, which are considered difficult with standard products. We invite you to read it. [Published Cases (Excerpt)] ■ Up to 80°C - Major steelworks in the Kanto region - Major food factories - Automotive parts factories - Recycling plants *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

In the pump transfer operation, IN/OUT is essential. Broadly speaking, there are submersible pumps and surface pumps, but submersible pumps mainly operate while submerged in the fluid, so they generally do not have self-priming capabilities. On the other hand, self-priming pumps are mostly found in surface pumps, and they are equipped with check valves or mechanisms that serve that purpose near the pump's interior or suction inlet. Pumps that have the ability to draw in fluid are collectively referred to as self-priming pumps. This document summarizes fluids that were actually self-primed by H2's self-priming pumps, as well as fluids that can operate under conditions close to self-priming. Please take a moment to read it. [Contents (partial)] ■ Machine oil ■ Ceramic slurry ■ Polymer coagulants *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The size of the urea raw material is almost uniform for each particle, but it can clump together due to moisture, leading to various forms of lumps during transportation. Therefore, we proposed the use of a conveyor belt for transportation. After evaluating the costs, delivery times, and responsiveness, our proposal was accepted. The equipment is basically automatic, and after attaching the FIBC (Flexible Intermediate Bulk Container), it starts the division of 1000 kg (which can be changed as needed) simply by turning on the power. However, to eliminate the need for operators to manipulate controls in front of the control panel, we also added a remote control for ON/OFF functionality. 【Case Overview】 ■ Consultation Content: We want to divide urea (powder) into FIBCs. ■ Proposal - Transportation via conveyor belt - Added remote control for ON/OFF to eliminate the need for operators to manipulate controls in front of the control panel - Considered safety by placing emergency stop buttons in various locations on the equipment - Ensured that emergency stops can also be activated via the remote control *For more details, please refer to the PDF document or feel free to contact us.

• Other contract services

We received an inquiry from a national university hospital asking for assistance with wastewater treatment related to boiler updates. An existing pH automatic neutralization system was already installed, but it was quite old and is currently not in use. We proposed a pH automatic neutralization treatment system that takes into account the existing piping line. To enable neutralization at high temperatures, we designed the neutralization tank and discharge tank using heat-resistant resin, and ensured that all components in contact with the liquid, including the pH electrode, are made of heat-resistant materials for safe use. [Case Overview] ■ Inquiry: Request for assistance with wastewater treatment related to boiler updates ■ Proposal - pH automatic neutralization treatment system considering the existing piping line - Proposal also includes liquid level control for the pit where wastewater flows in - Neutralization tank and discharge tank designed with heat-resistant resin to allow neutralization at high temperatures - All components made of heat-resistant materials for safe use *For more details, please refer to the PDF document or feel free to contact us.

• Wastewater/wastewater treatment equipment

We received an inquiry from an automobile manufacturer who wants to process battery waste liquid generated during disassembly and inspection. The battery waste liquid is highly acidic and contains lead, so we discussed in detail how to handle these materials in a limited indoor space. Upon further inquiry into the manufacturer's battery disassembly operations, it was revealed that they are also considering updating the workbench itself. We proposed solutions for the workbench and disassembly table to enable primary neutralization. Since we handled the removal and installation of the existing setup entirely, we completed the project without burdening the manufacturer or trading company, achieving neutralization without the use of toxic substances. It was a challenging job in terms of space and workflow, but the key factor in securing the order was the confidence that 'everything can be entrusted to H2.' [Case Details] ■ Client: Automobile Manufacturer ■ Purpose: Automatic pH neutralization treatment of wastewater containing lead from batteries ■ Specifications: Approximately 200L/Hr *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The "Fluid Technology Magazine" is a regular publication specializing in various fluid processes, including "pumps," "piping," "chemicals," "water treatment," as well as "mixing," "storage tanks," "recovery and filtration," and more. In issue No. 19, we provide a detailed explanation of the types of valves, selection criteria, and points to consider. We also include several helpful contents such as case studies. We invite you to read it. [Contents (partial)] ■ <Feature> Dive Deeper into Valves! - What is a valve? - Types of valves - Selection and considerations for valves *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The "OLF series" is a filter cartridge that is easy to use with general-purpose housings. It adsorbs and removes emulsified oil dispersed in the liquid. The oil removal capacity is up to 400g. By installing this filter in the latter stage of the filtration process, it can remove fine oil particles that have previously leaked. 【Features】 ■ Efficiently adsorbs emulsified oil ■ Usable with general-purpose housings ■ Maximum oil removal capacity of 400g ■ Easy to combine with pump units *For more details, please refer to the PDF document or feel free to contact us.

• Filtration Equipment

This catalog introduces the products related to "Oil Absorption Filters/Housings/Filtration and Recovery" handled by H2. We feature low-cost filters and two-layer melt-blown filters as filter cartridges that remove substances other than oil. Additionally, we offer cartridges that absorb oil, such as the "OLF series" and "OLB series," as well as housings that can be selected based on material and size, like the "HSG series." [Contents] ■ Filter cartridges that remove substances other than oil ■ Filter cartridges that absorb oil ■ Options ■ Fluid Technology Magazine *For more details, please refer to the PDF document or feel free to contact us.

• Filtration Equipment

When transporting fluids, a "pathway" for the fluid is essential, which we refer to as "piping." In piping, valves play a very important role in accurately directing the fluid to the desired location. This document provides a concise explanation of the various types of valves that exist and basic knowledge related to valves. We encourage you to read it. 【Contents】 ■ Basic Knowledge Section ■ Explanation by Type Section ■ Selection and Precautions Section *For more details, please refer to the PDF document or feel free to contact us.

• valve

We would like to introduce a case where H2 produced a quantitative mixing device for powders and liquids for a factory in the Chubu region. The powder is calcined calcium (derived from shells), and by mixing it with water in a specified ratio, a strong alkaline water of a constant concentration can be produced. The powder is replenished in a transparent PVC tank and is structured to be dropped into the lower tank via a screw-type feeder. 【Case Overview】 ■ Client: Factory in the Chubu region ■ Delivered Product: Quantitative mixing device for powders and liquids ■ Application: Production of strong alkaline water ■ Key Point: Powder feeder focused on quantitative accuracy *For more details, please refer to the PDF document or feel free to contact us.

• Other physicochemical equipment

We received an inquiry from an architectural design company regarding a neutralization system for a clinic that is planned to be newly constructed. Since this is a meeting at the architectural design stage, we discussed details such as the drainage route, the space for the neutralization system, and the positions of the inlet and drainage pipes. Additionally, discussions with the architectural design company included the installation location, plumbing, electrical aspects, and specifications of the neutralization system, which were also coordinated with the dialysis machine manufacturer (Nipro) to proceed in detail. With 90 beds, the required processing capacity was somewhat larger, but we were able to clear the space requirements, and we managed to compactly integrate everything, including receiving all drainage through the storage tank on the Nipro side with the neutralization system. [Case Summary] ■ Consultation Details - Considering a neutralization system for a clinic that is planned to be newly constructed. ■ Results - With 90 beds, the required processing capacity was somewhat larger, but we were able to clear the space requirements. - We were able to compactly integrate everything, including receiving all drainage through the storage tank on the Nipro side with the neutralization system. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

In the wastewater treatment of surface treatment factories, pH adjusters (caustic soda, dilute sulfuric acid) and coagulants (PAC) have been adopted by plant manufacturers for injection purposes. The NSD-type diaphragm pump is also active in sites where precise chemical injection is required. Additionally, H2 can supply a complete set of peripheral equipment associated with the pump. This time, we achieved space-saving by placing the pump and mixer on the chemical tank. We also select various equipment related to chemical injection, such as chemical storage tanks and mixers, so please feel free to consult us if you have any questions. We will provide suitable proposals based on the site conditions. 【Case Details】 ■ Delivery: Surface treatment factory in the Kansai region ■ Application: Chemical injection for wastewater treatment equipment ■ Model: Chemical dosing pump "NSD-60" *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received an inquiry from Company F at the steelworks in Saga Prefecture, stating, "The scale of acid washing has increased, and we would like to automatically neutralize the wash water in the subsequent process." Currently, after acid washing, they are washing with water near the drainage ditch, which is very inefficient. Therefore, they requested to create a pit for washing and to place a neutralization device within that pit. To perform the water washing after acid washing in the pit and pump it directly to the neutralization device, we proposed the size of the collection pit and the pit itself. Additionally, they adopted a corrosion-resistant submersible pump (automatically controlled). [Case Details] ■ Delivery: Saga Prefecture Steelworks ■ Application: Automatic pH neutralization treatment of acid wash wastewater ■ Model: Acid 1-point control 400L/day *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received an inquiry from a major engineering company stating that they have been requested by a metal product manufacturing factory to treat wastewater containing copper. Upon inquiring about the characteristics of the wastewater, we learned that there are two types: "concentrated wastewater" with a high concentration of copper and "normal wastewater" with a concentration of about 320 mg/L. Since the concentrated wastewater has a sufficient concentration for recovery, we proposed to discharge it to a line for industrial waste disposal and to focus on treating the normal wastewater. We were appreciated for our ability to quickly propose a design that meets the user's needs, leading to our adoption. [Case Study] - Copper and SS are collected after the addition of metal coagulants and polymers, then precipitated in a coagulation sedimentation tank, and discharged as sludge via a filter press. - The coagulation sedimentation tank was also designed by our company. - We confirmed that there were no issues with the shape of the rake and the rotation speed for effective coagulation and sedimentation. - Specifications: - Treatment capacity: 80t/day - Method: Chemical injection - Raw water: pH 2-3 (strong acid) *For more details, please refer to the PDF document or feel free to contact us.*

• Other pumps

We would like to introduce a case where we received an order and delivered a complete set of pH neutralization treatment, including construction, due to the addition of a new surface treatment line from an automotive parts manufacturing factory. It was noted that depending on the line's situation, the wastewater could be either alkaline or acidic, so we designed and constructed it with dual-side control. The chemical injection system includes a sulfuric acid injection (with a dilution stirring machine) and a caustic soda injection facility. Additionally, we also delivered a PAC injection system with an eye towards future installation of a coagulation and sedimentation system. 【Case Details】 ■ Delivery: Automotive parts manufacturing industry ■ Application: Neutralization treatment of surface treatment wastewater ■ Model: pH neutralization treatment system *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received an inquiry from a major surface treatment factory asking, "Is it possible to recover and separate the oil and sludge floating in the high-temperature bonding liquid?" They mentioned that the existing equipment is a simple device and that they are dissatisfied with the recovery efficiency, prompting them to consider an upgrade. To facilitate the recovery and separation in the high-temperature bonding liquid, we custom-manufactured our ADB model in all stainless steel (SUS) specifications. Please make use of this to keep the bonding liquid in a consistently clean state, which will help improve product quality. [Case Study] - The float used in the bonding tank is also made entirely of stainless steel. - The pump selected is the ADD model air diaphragm pump in stainless steel specifications. *For more details, please refer to the PDF materials or feel free to contact us.*

• Other pumps

We received an inquiry from a major surface treatment manufacturer, N.P. Co., regarding their desire to "keep the new line's bonding liquid sludge in a constantly clean state." Since the liquid is high-temperature and corrosive, we selected the air-operated diaphragm filtration unit, model ADF, and conducted a filtration demonstration to verify sludge removal. The photo shows the bonding liquid sampled before and after filtration, conducted in a circulation method to keep the tank clean. (Left is the raw liquid, right is after filtration.) Furthermore, we confirmed that the filtration experiment on-site completely removed the sludge. 【Case Details】 ■ Client: Major surface treatment manufacturer N.P. Co. ■ Application: Filtration of high-temperature bonding liquid ■ Model: Air-driven filtration unit, model ADF *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received a contact from a steel company in Hokkaido stating, "We purchased an air diaphragm pump from Company Y, but it stopped immediately, and we are in trouble." Here is a case we handled. They wanted to transfer a liquid with a viscosity of about 3000 cp at a rate of approximately 25 L/min. The discharge was horizontal for about 2 meters and vertical upwards for about 1 meter (with a resin filter in between), while the suction side was horizontal for 1 meter. There are two major differences between our ADD and other companies' products, both of which are key points for transferring high-viscosity liquids. In this case, they later ordered two additional pumps of the same model as a repeat order, resulting in a highly satisfactory outcome. [Features of our ADD] - The diaphragm uses two pieces on one side (four in total), making it strong against negative pressure and positive force. - There is a wide selection of ball materials for discharge and suction, and the sealing capability due to the valve seat is high. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received a consultation from Company J, a major steel manufacturer, stating that "the gear pump breaks down immediately, and we are in trouble." Upon checking the fluid, we found that they were transferring high-temperature (90°C) high-viscosity oil with the gear pump. Additionally, they mentioned that a small amount of slurry (iron powder) inevitably gets mixed in, leading us to conclude that the slurry was causing the gear pump to fail. Therefore, we proposed the "Air Diaphragm Pump ADD type," and after they used a demo unit, it was adopted. 【Features of our diaphragm pump】 ■ Self-priming ■ Capable of pressure delivery ■ Can transfer slurry and viscous liquids ■ Suitable for high-temperature fluids *For more details, please refer to the PDF materials or feel free to contact us.

• Other pumps

We have received a consultation from a major automotive parts manufacturer, Company S, stating that they are troubled by frequent failures of the submersible pump they have been using until now. The current submersible pump is unsuitable for both temperature (80 degrees) and corrosion resistance, so they have adopted our heat-resistant submersible pump (made entirely of stainless steel). The liquid used is bonding liquid (zinc phosphate) which is high-temperature and contains slurry. The pump was installed underwater with the aim of transferring from the second floor to the third floor. [Reasons for Adoption] ■ Extensive track record as a heat-resistant submersible pump (adopted by other major automotive parts manufacturers) ■ Flexible response as a manufacturer to special specifications ■ Short delivery time ■ Low price *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

The "Fluid Technology Magazine" is a regular publication specializing in various fluid processes, including "pumps," "piping," "chemicals," and "water treatment," as well as "mixing," "storage tanks," "recovery and filtration," and more. In issue No. 18, we provide a clear explanation of the definition of slurry, related knowledge, and its benefits. We also introduce actual delivery cases and trouble cases, ensuring that the information is useful in real-world settings. 《Fluid Technology Magazine No. 18》 【Feature】What is Slurry? ■ What is Slurry? – Understanding the definition of slurry from the basics ■ Knowledge related to Slurry – Differences between sludge, scum, and slurry ■ Benefits of Slurry – How being in slurry form enriches industries ■ Pumps that can handle Slurry – Items useful for high-viscosity slurry and processing This is a technical magazine that provides useful information about "slurry." *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received a request from a chemical plant stating, "We would like to transfer wastewater containing high concentrations of phosphoric acid from the process storage tank using a submersible pump." Since they prefer a solution without major construction and with a float switch on a 100V single-phase system, we proposed our corrosion-resistant submersible pump model LC-251-S. They mentioned that a flow rate of about 10L/min would be sufficient, but since the pump is somewhat over-spec, we suggested adjustments using a discharge-side valve. 【Case Overview】 ■ Issues - They want to transfer wastewater containing high concentrations of phosphoric acid from the process storage tank using a submersible pump. - The currently used submersible pump quickly suffers from impeller corrosion and failure due to acid. ■ Proposal - Adopt our corrosion-resistant submersible pump model LC-251-S. - Since the pump is somewhat over-spec, we suggested adjustments using a discharge-side valve. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received a communication from a chemical plant stating, "We are considering the quantitative transfer of UV curing agents." They expressed a preference for weight control rather than volume in liters, so we designed a system based on weight control, selecting the scale from our company. After receiving the signal from the scale, we also enabled the setting of slight pump slippage on the TP, and due to their request to use a portable cart, we custom-manufactured a stainless steel cart. 【Case Overview】 ■ Consultation Details - They want to quantitatively transfer high-viscosity UV curing agents (paints). - They prefer weight control instead of volume in liters. ■ Production Overview - Systematized quantitative transfer with weight control. - Enabled the setting of slight pump slippage on the TP after receiving the signal from the scale. *For more details, please refer to the PDF document or feel free to contact us.

• Plastic utensils and containers

This document explains our "Floating Oil Recovery Skimmer" in a way that can be understood in 5 minutes. It includes features such as "can be recovered just by floating," "voltage options available," "we can create small sizes," and "cleans after recovery." If you are having trouble with floating oil recovery and processing, please consult H2. We will solve your challenges with proposals tailored to your site. [Contents (excerpt)] ■ Can be recovered just by floating ■ Durable ■ Voltage options available ■ We can create small sizes ■ Made from various materials *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment equipment

This document explains our "Air-Driven Diaphragm Pump" in a way that can be understood in five minutes. It includes information such as "It operates on compressed air," "It can draw in liquids," "It can transport a large volume of liquid," and "It can handle hazardous liquids." If you are having trouble with fluid transfer, please consult H2. We will solve your challenges with proposals tailored to your site. 【Contents (excerpt)】 ■ It does not operate on electricity ■ It operates on compressed air ■ It can draw in liquids ■ It can transport a large volume of liquid ■ It can handle thick liquids *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

This document is a handbook that provides all the information you need to know about explosion-proof electrical equipment in one volume. It includes "Basic Knowledge of Explosion-Proofing: Explosions and Combustion," as well as "Types and Explanations of Explosion-Proof Structures" and "Useful Explosion-Proof Symbols." Please feel free to download and take a look. 【Features】 ■ New Product Announcement: Rotary Lobe Pump "JNH Series" ■ Basic Knowledge of Explosion-Proofing: Explosions and Combustion ■ Types and Explanations of Explosion-Proof Structures ■ Useful Explosion-Proof Symbols *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

We received an inquiry from Company F, a steelworks in Saga Prefecture, after they viewed our website, stating that "the scale of acid washing has increased, and we would like to automatically neutralize the wash water from the subsequent process." Upon discussing their needs, we learned that currently, after acid washing, they are washing with water near a drainage ditch, which is very inefficient. They expressed a desire to create a pit for washing and to place a neutralization device within that pit. Therefore, we proposed a collection pit and pit size to allow for washing after acid treatment within the pit and to pump the water directly to the neutralization device. Additionally, since the wastewater before neutralization is acidic and would corrode a standard submersible pump, they opted for a corrosion-resistant submersible pump (with automatic control). [Case Details] ■ Delivery: Saga Prefecture Steelworks ■ Application: Automatic pH neutralization treatment of acid wash wastewater ■ Specifications: Acid control at one point, 400L/Day *For more details, please refer to the PDF document or feel free to contact us.

• Filtration Equipment

This is a fluid technology magazine specializing in various fluid processes, including "pumps," "piping," "chemicals," and "water treatment," as well as "mixing," "storage tanks," and "recovery and filtration." With the motto of "easy to understand," we break down information about fluid technology, which can often become technical. We also introduce actual case studies and trouble cases, ensuring that the information is useful in real-world settings. 《Fluid Technology Magazine No. 17》 【Feature】What is Explosion Proof? ■ Combustion and Explosion ■ What is Explosion Proof? ■ Types of Explosion-Proof Structures ■ Explosion Risk Countermeasures ■ Risk Assessment and Risk Evaluation Table This is a useful technical magazine about "explosion proof." *You can view it by downloading the PDF below.

• Other pumps

We received a request from a certain major chemical factory in the Hokuriku region, stating, "We would like to recover sludge from a solution mixed with hydrochloric acid." Although the concentration of hydrochloric acid was low, it was difficult to use materials such as SUS, which are commonly used for recovery floats, so we proposed and adopted a custom-made resin recovery float. The strength was enhanced by extensively using PVC bending welding, and bolts were also made thicker and made of resin. This recovery float, which has corrosion resistance and was seemingly non-existent, was produced as a unique item, and we were able to deliver it. 【Case Details】 ■ Delivery: Hokuriku Chemical Factory ■ Application: Sludge recovery from a solution mixed with hydrochloric acid ■ Model: Resin recovery float *For more details, please refer to the PDF document or feel free to contact us.

• Filtration Equipment