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pump - メーカー・企業1021社の製品一覧とランキング | イプロスものづくり

更新日： 集計期間:Jan 28, 2026～Feb 24, 2026
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pumpのメーカー・企業ランキング

更新日： 集計期間:Jan 28, 2026～Feb 24, 2026
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  1. 荏原製作所 Tokyo//Industrial Machinery
  2. サニー・トレーディング Kanagawa//Machine elements and parts
  3. null/null
  4. 4 タクミナ Osaka//Industrial Machinery
  5. 5 東興産業 フローシステム事業部 Tokyo//others
企業ランキングへ

pumpの製品ランキング

更新日： 集計期間:Jan 28, 2026～Feb 24, 2026
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  1. Ebara Standard Pump 60Hz Comprehensive Catalog 荏原製作所
  2. [FOOMA 2022 Exhibition] Sanitary Drum Pump_Overall Catalog サニー・トレーディング
  3. Home Water Supply Pump Comprehensive Catalog 荏原製作所
  4. 4 Sanitary diaphragm pump (air-driven) サニー・トレーディング
  5. 5 Air-driven double diaphragm pump "Sand Piper Pump"

pumpの製品一覧

5131～5160 件を表示 ／ 全 7248 件

表示件数
Delivery Case: Transfer of Adhesive (High Viscosity Liquid)

Delivery Case: Transfer of Adhesive (High Viscosity Liquid)

I want to transfer the adhesive from the one-gallon can so that women can work too!

●Improvement for Women to Work We received a consultation from Company B, a major manufacturer in Aichi Prefecture, stating, "We have been lifting adhesive (in a 20-liter can) to refill it at the top of the tank, but is there a way to transfer it using a pump?" The adhesive is a high-viscosity liquid containing ethyl acetate and toluene, and since it was in an explosion-proof designated area, we proposed an air diaphragm pump of the ADD type in stainless steel (SUS) specification. Given that the viscosity of the adhesive was 12,000 CP, we selected a 25A diameter to ensure a comfortable margin. The transfer was completed without any issues. Subsequently, to reduce operational noise, we added a higher-grade silencer, and we also custom-built a mounting frame (SUS) for the pump. ●Meeting User Needs We received positive feedback from the user, stating, "It was very helpful due to the company's policy of enabling women to work." Additionally, we proposed and adopted a dedicated hose fixing device because it was dangerous for the hose to come off when inserting it into the 20-liter can. Once the adhesive transfer is completed, the next step is to transfer the next 20-liter can, so we made it possible to change the hose with minimal contact with the chemicals.

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【Case Study】Small-scale Transfer of Polymer Coagulants

【Case Study】Small-scale Transfer of Polymer Coagulants

The viscosity is high and cannot be transferred!

● A handheld pump for drums cannot transfer high-viscosity liquids! We received an inquiry from a chemical manufacturer who wanted to transfer a polymer coagulant (diluted). After the chemical manufacturer filled three types (three compartments) of chemicals into a PE tank, the user was to transfer the coagulant from each chemical solution, as shown in the photo. They also expressed a desire to transfer the liquids simply, without large-scale equipment. Normally, a handheld pump used for drum containers would be selected for standard chemical solutions, but in this case, the high viscosity made it impossible to transfer with a regular handheld pump. ● A compact pump that can self-prime and transfer chemical liquids The SN model is an electric diaphragm type with a flow rate of 50L/min, which is sufficient for small-scale dispensing, and it can run dry. It can suck up the chemical solution down to the bottom. Additionally, the advantages of the diaphragm type include its ability to handle high viscosity and slurries, making it flexible enough to accommodate various chemical liquids that traditional handheld pumps cannot handle. It also offers a price advantage compared to handheld pumps, leading to its adoption.

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【Delivery Case】Zero risk of chemical splashes

【Delivery Case】Zero risk of chemical splashes

It is possible to replenish the neutralizing agent without opening the tank lid!

●Refilling without opening the tank lid Typically, the addition of neutralizing agents such as caustic soda or sulfuric acid into the chemical tank of a pH automatic neutralization device was primarily done manually or with handheld insertion pumps. In recent years, due to an increased awareness of safety, more customers have requested "keyed" tank inlets. The issue that arises is the hassle of having to "unlock" each time chemicals are refilled. To address this, H2 has installed a self-priming diaphragm pump onto a PVC tank, with the discharge side piped to the tank, allowing the suction hose to be inserted into a polycan or pail, enabling refilling simply by turning on a switch. ●No dangerous chemicals splashing around! The advantage is that dangerous chemicals can be refilled without opening the keyed inlet. There is no longer a problem of where to store the handheld pump after use. Since the discharge side is piped, the risk of the "discharge hose coming off the tank and causing a large amount of chemicals to splash around," which could be alarming with a handheld pump, has been eliminated. This is a safety measure that was previously unimaginable with conventional self-priming pumps.

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[Case Study] Pouring rust preventive oil in a surface treatment factory

[Case Study] Pouring rust preventive oil in a surface treatment factory

Powerful self-priming ability and pumping capability!

●We want to reduce the amount of rust preventive oil. We received an inquiry from N.P. Company, a major surface treatment manufacturer, asking if there is a good pump for reducing the amount of rust preventive oil. The best method for use is to draw up the rust preventive oil and spray it with a gun nozzle, so we adopted the self-priming diaphragm pump model SN. When using a general-purpose pump with a gun nozzle to flow and stop the fluid, the problems that arise are: "the internal pressure continues to rise, causing blowout troubles from the piping" and "additional equipment like pressure switches becomes necessary, leading to high costs." ●With powerful self-priming and pumping capabilities, it can be used just by hanging it on the wall. The H2 SN model has a built-in relief valve, so even with frequent ON-OFF operations using the gun nozzle, it circulates within the pump and keeps the internal pressure below a certain level. The self-priming capability of the SN model is high, and this time it was delivered as a wall-mounted set, allowing fluid transfer using the gun nozzle simply by inserting the suction hose into the rust preventive oil. There are no initial costs for construction, and the person in charge commented, "If we were to try to do the same thing, it would normally cost 3 to 5 times more than H2's proposal."

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[Case Study] Recovery of Floating Matter from Paint Factory Wastewater

[Case Study] Recovery of Floating Matter from Paint Factory Wastewater

We will reliably collect and transport solid objects, regardless of their size or shape!

● The shape and size of solid materials are variable, and the wastewater contains mixed solvents for the recovery of suspended solids. In the wastewater treatment of a painting factory, the recovery of floating solids when two lines of wastewater mixed in the pit has been a challenge. The painting wastewater contains solvent-based components, and the suspended solids vary in shape and size. Despite such conditions, our floating solid recovery pump skimmer, the 【H-FR】, is performing excellently. ● It reliably follows water surface fluctuations and water flow. The wastewater treatment capacity is 1 ton per hour, and although there were significant fluctuations in the water surface and water flow, it is reliably transporting solids. There have been no adverse effects from the solvents, and the two units are operating alternately to continuously recover solids from the wastewater for 24 hours.

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【Case Study】Collection and Transport of Waste Oil (Trolley Specification)

【Case Study】Collection and Transport of Waste Oil (Trolley Specification)

Using an air diaphragm pump, collect waste oil like a vacuum cleaner!

● Collecting waste oil like a vacuum cleaner We received a consultation from a user who wanted to collect waste oil like a vacuum cleaner, and we proposed the air diaphragm pump, which was adopted. 1. Want to collect a small amount of liquid 2. Needs self-priming capability and wants to collect waste oil like a vacuum cleaner 3. Also wants to collect slurry liquid 4. The collection and disposal locations are far apart 5. Can cover multiple collection locations with one unit (portable) We addressed the above five points by using the air diaphragm pump and making it easy to transport with a cart design. ● Waste oil accumulated in a drum can be discharged simply by switching the valve There is no need to lift the drum and carry it to the disposal location. With just the operation of the valve, it is possible to transfer the contents of the drum directly.

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【Delivery Case】Neutralization of HE Staining Device Wastewater

【Delivery Case】Neutralization of HE Staining Device Wastewater

Neutralize strong acid in a 500×500 space!

● Neutralization of strong acid in a 500×500 space A major construction machinery manufacturer consulted us, asking, "Could you create a unit for transporting AdBlue?" The construction machinery (such as cranes) is expected to be used in locations without power, and they requested that the transport unit be battery-operated. We proposed using the electric diaphragm pump model SS, which has a proven track record with urea solution, housed together with the battery and nozzle inside a box. ● Compact neutralization device for H2 1. The metering pump is used for both the injection pump and the raw water pump. By neutralizing in small amounts, we ensured reliable neutralization without leaning towards alkalinity. 2. To be installed in the pathology room, we designed the device to also accommodate the polycan of the neutralizing agent (caustic soda), while minimizing operational noise. 3. Since off-the-shelf stirring machines could not meet our needs for the neutralization tank, we manufactured our own, contributing to space-saving. 4. The simple control panel allows for easy operation. Additionally, the stirring machine can adjust its rotation speed with an inverter, enabling it to accommodate changes in processing volume.

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  • Wastewater/wastewater treatment equipment
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[Delivery Example] Battery-powered unit for urea water (AdBlue)

[Delivery Example] Battery-powered unit for urea water (AdBlue)

Operates for 150 minutes on a full charge. That's about 3000 liters of water supply!

●I want to supply water in a place without power. We received a request from a construction machinery manufacturer to "create a unit for transferring AdBlue." Construction machinery (such as cranes) is expected to be used in locations without power, and there is a request for a battery-operated transfer unit. We proposed using the electric diaphragm pump model SS, which has a proven track record with urea water, housed together with the battery and nozzle inside a box. ● Operates for 150 minutes on a full charge. This equates to approximately 3000 liters of water supply. The design ensures that the battery, gun nozzle, suction hose, and discharge hose all fit inside the box. The pump specifications allow for a transfer rate of 20L/min over a distance of 20m, and it is equipped with a heater to accommodate use in remote areas. It also serves to prevent the freezing of AdBlue. With a full charge, it can operate for 150 minutes, allowing for the transfer of approximately 3000 liters of urea water. (DC24V) Additionally, charging can be done using the included charger, which can connect to DC12V or 24V, or to a 100V outlet for charging, making it a multi-charge type.

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[Delivery Example] High-temperature water transfer containing boric acid and aluminum phosphate

[Delivery Example] High-temperature water transfer containing boric acid and aluminum phosphate

Cool down to 95℃ from 100℃ and transfer!

●Cooling 100℃ boric acid and aluminum phosphate-containing water and transferring it with a submersible pump We received an inquiry from a wood processing manufacturing company in Fukuoka Prefecture, stating, "We would like to transfer a chemical fluid containing boric acid and aluminum phosphate at 100℃ from a drum using a submersible pump." The concentrations were each below 20%, but we proposed the JCVH type, which has high corrosion resistance due to its epoxy coating, considering both temperature and corrosion resistance. ●Cooling from 100℃ to 95℃ for transfer! The heat-resistant submersible pump JCVH type has a heat resistance temperature of 95℃, so they were satisfied with the operation of lowering the 100℃ hot water to 95℃ for use. We received feedback that they have been able to transfer without any issues after the installation.

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[Case Study] High-Temperature Water Transfer of 95℃ Boiler Drainage

[Case Study] High-Temperature Water Transfer of 95℃ Boiler Drainage

Transporting 95℃ boiler drain water with a heat-resistant submersible pump!

●Transporting 95℃ boiler wastewater with a heat-resistant submersible pump We received an inquiry from a trading company in Shizuoka Prefecture, stating, "We would like to transport 95℃ weak alkaline boiler wastewater." We proposed the JCVH type submersible pump, which has a proven track record for handling boiler wastewater at 95℃. They appreciated its reliability and ease of use, leading to its adoption. After implementation, the feedback was positive, and they quickly placed a repeat order for another unit, resulting in a highly satisfactory case.

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【Delivery Case】Transfer of Drain Water from Reaction Vessel Jacket

【Delivery Case】Transfer of Drain Water from Reaction Vessel Jacket

Can we do something about the frequently breaking pump?!

●Is there any way to deal with the frequently breaking pump? Due to various circumstances, the drain from the jacket of the reaction vessel could not be directly laid to the drainage ditch. Instead, it was first collected in a drainage pit and then pumped out to the drainage ditch using a submersible pump. Considering the possibility of the submersible pump breaking, we were using it while flowing cooling water, but the pump frequently broke due to heat. Therefore, we considered the JCVH-40 model, which can handle temperatures up to 95°C, and it was adopted with a float specification.

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Fluid Technology Magazine No. 2 [Video Now Available]

Fluid Technology Magazine No. 2 [Video Now Available]

[Special Feature] What is productivity? | Breaking down information about fluid technology that tends to be technical!

This is a fluid technology magazine specializing in information about all fluid processes, including "pumps," "piping," "chemicals," and "water treatment," as well as "mixing," "storage tanks," and "recovery and filtration." Our motto is "easy to understand," and we break down information about fluid technology, which can often become too technical, into digestible articles. We also introduce actual case studies and trouble cases, ensuring that the information is useful in real-world settings. 《Fluid Technology Magazine No.2》 【Feature】What is productivity? - Common wasteful meetings - What to do if someone says they pulled an all-nighter - Learning from Google's 20% rule - Wastewater management as a target for business sorting - Transporting and recovering waste oil (cart specifications) This is a technology magazine that is "useful for work." *You can view it from the PDF download below.

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Corrosion Resistance Data Collection for Pump Selection [Chemical Resistance, Oil Resistance, Solvent Resistance]

Corrosion Resistance Data Collection for Pump Selection [Chemical Resistance, Oil Resistance, Solvent Resistance]

Check the packing material, pump contact part material, and pump type at a glance for each drug! This is a must-have book when selecting a pump.

It can be surprisingly time-consuming to check the chemical resistance of materials each time a product is selected. Since the materials used in pumps are relatively limited, having this document that lists the chemical resistance, oil resistance, and solvent resistance of the materials will allow for efficient pump selection. As a pump manufacturer, we have selected commonly used materials for pumps and created a list of their chemical resistance. If you are considering the transfer of chemicals and the chemicals you handle are corrosive, please feel free to download and review this information. Since this is general information, please be sure to consult with us before actual implementation. For optimal pump selection, please also refer to the equipment catalog. 【Pump Lineup】 M Series: Chemical dosing pumps ADD Series: Air diaphragm pumps HT Series: Chemical magnetic pumps LC Series: Chemical submersible pumps *For more details, please refer to the PDF document or feel free to contact us.

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[Delivery Case] Transportation of 80℃ High-Temperature Cleaning Water

[Delivery Case] Transportation of 80℃ High-Temperature Cleaning Water

Introducing a case of submersible pump delivery for the transfer of high-temperature water discharged during the cleaning process!

A waste disposal company in Saitama Prefecture consulted us about wanting to transfer high-temperature water discharged during the cleaning process using a submersible pump. Since the temperature was 80°C, we proposed the JCV type submersible pump with a float for ease of use. After several months of operation, they confirmed that there were no issues with transferring the high-temperature water, and they placed a repeat order for another unit to be used at a different site. The submersible pump that frees users from concerns about the dangers, cavitation, and installation hassles associated with transferring high-temperature water has received positive feedback. If there is no installation space in the tank, we can also propose a heat-resistant surface pump. [Case Study] ■ Delivery: Waste disposal company in Saitama Prefecture ■ Application: Transfer of 80°C high-temperature cleaning water ■ Model: JCV-7-50-A *For more details, please refer to the PDF document or feel free to contact us.

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[Delivery Example] High-Temperature Water Transfer into Grease Trap

[Delivery Example] High-Temperature Water Transfer into Grease Trap

Before the neutralization treatment of boiler drainage! Case study of a heat-resistant submersible pump that can be installed in a small space.

A food factory in Saitama Prefecture has ordered neutralization treatment equipment for boiler drainage and wastewater treatment in the food manufacturing process. The JCVH-40-A was adopted for transferring to the neutralization tank. Since the temperature was up to 95°C, we selected the JCVH type submersible pump with a float for ease of use and heat resistance. The wastewater flows into a temporary grease trap, so it was necessary to transfer it from there to the neutralization tank. However, the JCVH type submersible pump is designed to be compact, allowing for easy installation without issues. Even when the water level is low, the float height can be finely adjusted, allowing for customizable ON-OFF range. Additionally, while the pH of the wastewater may lean towards acidic or alkaline, the JCVH is fully covered with epoxy coating, ensuring chemical resistance. [Case Study] ■ Delivery: Food factory in Saitama Prefecture ■ Application: Transfer of boiler drainage flowing into the grease trap ■ Model: JCVH-40-A *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] High-Temperature Water Transfer in Recycling Material Processing Process

[Case Study] High-Temperature Water Transfer in Recycling Material Processing Process

Introducing a case study of the delivery of heat-resistant water pumps for the assembly and circulation of hot water (80°C) in cooling water tanks!

We received an inquiry from a recycling-related factory in a certain location in Aomori Prefecture. The temperature of the transfer water is 80°C, while the existing pump was rated for a maximum temperature of 60°C. Therefore, we selected and delivered the heat-resistant submersible pump JCVH-40 (rated for 95°C). Although it was said that the existing pump deteriorated quickly, we received positive feedback that the operation of the JCVH model is going well. By using the appropriate pump, it is possible to slow down the rate of deterioration. If you are having trouble with fluid transfer or would like to make improvements, please feel free to consult us. 【Case Study】 ■ Delivery: A certain location in Aomori Prefecture ■ Application: Transfer of hot water from cooling water tank ■ Model: JCVH-40 *For more details, please refer to the PDF document or feel free to contact us.

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Sanitary Rotary Lobe Pump "JNH Series"

Sanitary Rotary Lobe Pump "JNH Series"

Compatible with high viscosity (250,000 CP) and high temperatures (160°C)! Proven track record in food and cosmetics factories that require high hygiene levels!

The "JNH Series" is a sanitary rotary lobe pump designed to transport high-viscosity and high-temperature fluids. It is suitable for the transfer of food, cosmetics, and chemical products. It has excellent cleanability and is capable of CIP (Clean-In-Place) cleaning, which is essential for pumps used in food, pharmaceutical, and cosmetic factories. 【Features】 ■ Capable of transferring high-viscosity and high-temperature fluids ■ Made entirely of stainless steel (SUS) with design considerations for seals and thermal expansion ■ Can be disassembled and cleaned without removing the piping; compatible with stationary cleaning (CIP) ■ Structure that prevents contact and contamination of the transferred fluid ■ Excellent metering capabilities, making it suitable for lightweight bottling and other applications ≪Optional features for even higher viscosity and temperature compatibility are available!≫ *For more details, please contact us or download the PDF.

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Collection of Applications for Surface Treatment by Purpose

Collection of Applications for Surface Treatment by Purpose

Introducing a range of products that excel in surface treatment processes, starting with the filtration of bonding liquid, categorized by application!

This catalog features a range of products that are active in surface treatment processes, including the filtration of bonding liquids, categorized by application. We introduce products such as the "JCV Series," which can transfer bonding liquids (at 80°C) using submersible pumps, and the "JCVH Series." The features and specifications are presented clearly with photos and diagrams. [Contents (partial)] ■ Transfer of bonding liquids ■ Collection and filtration of bonding liquids ■ Injection and replenishment of chemical solutions ■ Others ■ JCV Series *For more details, please refer to the PDF document or feel free to contact us.

  • Filtration Equipment
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Fluid Technology Magazine No. 5

Fluid Technology Magazine No. 5

[Special Feature] Let's Learn from Market Leaders | Delivering information on fluid technology, which tends to be specialized, in an easy-to-understand manner!

This is a fluid technology magazine specializing in information on all fluid processes, including "pumps," "piping," "chemicals," "water treatment," as well as "mixing," "storage tanks," and "recovery and filtration." With the motto of "making it easy to understand," we break down information about fluid technology, which tends to be specialized, into digestible articles. We also introduce actual case studies and trouble examples, ensuring that the information is useful in real-world settings. 《Fluid Technology Magazine No.5》 【Feature】Learning from Market Leaders - Honda's Revival - IKEA's Simplification - Komeri's Customer-Centric Approach - Southwest Airlines' Unconventional Strategies - Case Studies This is a technology magazine that is "useful for work." *You can view it by downloading the PDF below.

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Single-screw pump "INP Series"

Single-screw pump "INP Series"

For liquid transfer containing semi-solid, granular, and fibrous materials! High viscosity, pulsation-free single-screw pump.

The "INP Series" is a pump (screw pump) that transports liquid by rotating a screw within a sealed casing. The wetted parts consist of a rotor, which corresponds to the male thread, and a stator, which corresponds to the female thread. The rotor rotates within the stator, generating strong suction while moving fluids containing solids toward the discharge side. It is suitable for the transfer of semi-solid, granular, and fibrous liquids. 【Features】 ■ High viscosity × solids ■ Transfer of ultra-high viscosity liquids ■ Transfer of semi-solids ■ Excellent metering capability ■ Pulsation-free transfer ■ No change in liquid quality *For more details, please refer to the PDF document or feel free to contact us.

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High viscosity fluid transfer pump guide

High viscosity fluid transfer pump guide

A comparison table of high-viscosity pumps, along with a list that can be selected based on the required specifications, is available!

This document provides a list of pumps that can be selected based on "necessary specifications" in response to the feedback that there are many types of pumps available for simply transporting high-viscosity fluids, making it unclear which pump is suitable. Additionally, we introduce selection images based on typical conditions and main applications. [Contents] ■ High-viscosity Pumps | Comparison Table ■ High-viscosity Pumps | Selection Images by Specifications ■ High-viscosity Pumps | Main Applications *For more details, please refer to the PDF document or feel free to contact us.

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pH Automatic Neutralization Device "Safe Neutralizer SPH Series"

pH Automatic Neutralization Device "Safe Neutralizer SPH Series"

Neutralization device using safe "calcined calcium from shells" recognized as a food additive.

The "Safe Neutralizer SPH Series" is a pH automatic neutralization device that uses safe "calcined calcium from shells," which is recognized as a food additive, as a neutralizing agent. It does not use any chemical agents and is made from granulated neutralizing agents that are uniquely calcined from natural Okhotsk scallop shells, so there is no problem if it comes into contact with hands during replenishment. In the unlikely event of a spill, the granulated form will not harm other equipment. Additionally, 1g of the neutralizing agent can yield 1L of an alkaline solution with a pH of 12 or higher. It offers cost performance that is comparable to traditional neutralizing agents like caustic soda. 【Features】 ■ Safe even if it gets on hands or spills ■ Very economical, producing 1L from just 1g ■ An alkaline neutralizing agent that is not a toxic substance *For more details, please refer to the PDF document or feel free to contact us.

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【Delivery Example】NSD Type Caustic, Sulfuric Acid, PAC Chemical Injection Unit

【Delivery Example】NSD Type Caustic, Sulfuric Acid, PAC Chemical Injection Unit

We will also deliver equipment related to liquid chemical injection, such as mixers and tanks.

We would like to introduce a case where a chemical injection system was delivered as a set of tank, pump, and mixer. In the wastewater treatment of a surface treatment factory, pH adjusters (caustic soda and dilute sulfuric acid) and coagulants (PAC) were adopted by a plant manufacturer for injection purposes. The "NSD type diaphragm pump" is also active in sites where reliable chemical injection is required. Additionally, please consult us regarding equipment related to chemical injection, such as chemical storage tanks and mixers. We will provide suitable proposals tailored to the site conditions. 【Case Study】 ■ Delivery: Surface treatment factory in the Kansai region ■ Application: Quantitative injection of caustic soda, dilute sulfuric acid, and PAC in wastewater treatment equipment ■ Model: Solenoid-driven diaphragm chemical quantitative injection pump NSD-60 *For more details, please refer to the PDF document or feel free to contact us.

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  • Wastewater/wastewater treatment equipment
  • pump

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[Case Study] High-temperature water transfer in a sake manufacturing factory

[Case Study] High-temperature water transfer in a sake manufacturing factory

Introducing a case study of transferring hot water (95°C) from a kettle.

We received an inquiry from a certain sake brewery in Nara Prefecture regarding their desire to transport high-temperature water used in the manufacturing process. Our company has extensive experience with breweries that utilize hot water sterilization processes, and we introduced a previous case that we implemented for this matter and made our proposal. We offer a variety of options, including cable extensions and bundled hose shipments, so please feel free to contact us. 【Case Study】 ■ Delivery: Certain sake brewery in Nara Prefecture ■ Application: Transporting hot water from the kettle ■ Model: JCVH-40 *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Oil Separation from Coolant Tank

[Case Study] Oil Separation from Coolant Tank

Introducing a case study of coolant tank floating oil recovery for FANUC's RoboDrill.

We received an inquiry from a metal processing product manufacturing company regarding the recovery of floating oil from their coolant tank. The ADB-15-PP was selected as suitable, and after testing it with a demo unit, they decided to implement it. Floating oil in water-soluble coolant tanks can lead to processing defects in the manufactured products and unpleasant odors. With the ADB model, recovery using an air diaphragm pump results in fewer troubles and is easy to operate. We recommend trying it out with a demo unit first to see the effectiveness for yourself. [Case Study] - Delivery: Metal processing product manufacturing company - Application: Recovery of floating oil from the coolant tank of a Fanuc RoboDrill - Model: ADB-15-PP *For more details, please refer to the PDF materials or feel free to contact us.

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  • Oil-water separator
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Fluid Technology Magazine No. 9

Fluid Technology Magazine No. 9

[Special Feature] Interview Project Part 2! | Breaking down information about fluid technology, which tends to be specialized, for easier understanding!

This is a fluid technology magazine specializing in information on all fluid processes, including "pumps," "piping," "chemicals," and "water treatment," as well as "mixing," "storage tanks," and "recovery and filtration." With the motto of "making it easy to understand," we break down information about fluid technology, which can often become too technical, into digestible articles. We also introduce actual case studies and trouble cases, ensuring that the information is useful in real-world settings. 《Fluid Technology Magazine No.9》 【Feature】Special Interview Project Part 2 - Takahito Yokoyama, President of Suiko Co., Ltd. - Yasuo Kondo, Professor at Yamagata University - Research Group on Water-Soluble Processing Fluids, Komori Machinery Co., Ltd. - Case Study | Oil Recovery in a Rapid Flow Pit / Polyethylene Tank (Large Capacity) - EICHITWO REPORTS This is a technical magazine that is useful for "preventing pump failures." *You can view it from the PDF download below.

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Fluid Technology Magazine No. 10

Fluid Technology Magazine No. 10

[Special Feature] The Basics of pH Neutralization! We will also introduce case studies on the neutralization treatment of acid cleaning wastewater!

This is a fluid technology magazine specializing in various fluid processes, including "pumps," "piping," "chemicals," "water treatment," as well as "mixing," "storage tanks," and "recovery and filtration." With the motto of "making it easy to understand," we break down information about fluid technology, which can often become technical. We also introduce actual case studies and trouble examples, ensuring that the information is useful in real-world settings. 《Fluid Technology Magazine No.10》 【Feature】pH Neutralization: The Basics of Basics ■ What is pH? ■ What is neutralization? ■ What is molarity? ■ Methods for pH adjustment ■ pH regulations This is a technology magazine that is useful for "pH neutralization." *You can view it from the PDF download below.

  • Water treatment equipment
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[Case Study] Transfer of 80°C High-Temperature Wastewater at a Dairy Factory

[Case Study] Transfer of 80°C High-Temperature Wastewater at a Dairy Factory

Easy retrieval and reinstallation from the pit! Introducing a case study of heat-resistant submersible pumps.

We delivered two units of the heat-resistant submersible pump "JCV-22-50" in conjunction with the factory upgrade of a major dairy manufacturer. By selecting the detachable device, the site has become easier for lifting and reinstalling during regular maintenance from the pit. Our heat-resistant submersible pumps are used in many factories across various industries, with many choosing us for our "price" and "delivery time." We also offer a wide range of options, including detachable devices, all materials in SUS316, float switches, and extended cable lengths. [Case Study] - Delivery: Major dairy manufacturer - Application: Transfer of 80°C high-temperature wastewater - Model: JCV-22-50 (with detachable device) x 2 units *For more details, please refer to the PDF document or feel free to contact us.

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Pulsation Dampener for Air Diaphragm Pumps "PMZ Series"

Pulsation Dampener for Air Diaphragm Pumps "PMZ Series"

Introduction of a pulsation damper for air diaphragm pumps to prevent pipe damage caused by pulsation!

Introducing the 'PMZ Series' pulsation dampeners for air diaphragm pumps handled by H2 Corporation. Pulsation-related issues can vary, including vibrations affecting piping and joints, as well as the occurrence of overfeeding phenomena. Our product can be installed on the discharge side of the air diaphragm pump to achieve nearly pulsation-free operation. It can also be mounted directly on the pump if the pump has two ports on the discharge side. 【Features】 ■ Prevention of pump damage due to pulsation ■ Prevention of piping damage due to pulsation ■ Prevention of overfeeding *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Adopted by a Major Plant Manufacturer! Boiler Drainage Transfer

[Case Study] Adopted by a Major Plant Manufacturer! Boiler Drainage Transfer

The deciding factors are price and delivery time! Introducing case studies of heat-resistant submersible pumps.

To our industrial waste disposal contractors, we have delivered our heat-resistant submersible pump in conjunction with the supply of boiler equipment from a major plant manufacturer. The selection was made after discussions with the plant manufacturer, and we chose SUS316 material to withstand the alkalinity of the boiler discharge. Additionally, to facilitate maintenance, the pump was delivered with a detachable device. As this was the first time the plant manufacturer used our products, they appreciated our support regarding usage instructions and the installation of the detachable device after delivery. If you are looking for a heat-resistant submersible pump, please feel free to consult with us. 【Case Study】 ■ Delivery: Industrial waste disposal plant ■ Application: Transfer of 80℃ high-temperature boiler discharge ■ Model: JCE-15-50-S16 (with detachable device) × 1 set *For more details, please refer to the PDF document or feel free to contact us.

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