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pump Product List and Ranking from 1016 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

pump Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. 荏原製作所 Tokyo//Industrial Machinery
  2. null/null
  3. null/null
  4. 4 タクミナ Osaka//Industrial Machinery
  5. 5 Nikuni Co., Ltd. Kanagawa//Machine elements and parts
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pump Product ranking

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. Ebara Standard Pump 60Hz Comprehensive Catalog 荏原製作所
  2. Sandpiper Air-Driven Diaphragm Pump ESADS+ Model
  3. Home Water Supply Pump Comprehensive Catalog 荏原製作所
  4. 4 積層混合エレメント（MSE型）ミキサーハンドブック＜無料進呈＞ Nikuni Co., Ltd.
  5. 5 [Test available! For stirring, mixing, and dispersing!] Powder dissolution machine / Powder dissolution pump 関西乳機

pump Product List

5056～5070 item / All 6908 items

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[Case Study] Caustic Soda Injection System

[Case Study] Caustic Soda Injection System

The chemical inlet will be secured with a lock as per your request!

● pH adjustment of manganese phosphate cleaning water We received an order for a chemical dosing pump from a user who is a loyal customer of our air diaphragm pump. Although most of the existing pumps were from other companies, the performance of our air diaphragm pump was recognized, leading to its adoption. It is operating stably for the purpose of injecting caustic soda to neutralize the cleaning water. ● The chemical inlet is equipped with a lock for safety considerations. We also adopted a chemical tank (PVC, 50L) and, at the user's request, the chemical inlet is secured with a lock. We can flexibly accommodate the user's desired dimensions and specifications even for PVC tanks.

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【Delivery Case】Transport of Urea Solution (Ad Blue)

【Delivery Case】Transport of Urea Solution (Ad Blue)

Using a magnet pump HT type for transferring urea water (AdBlue)!

● Using HT type for urea water transfer With the upgrade of the specifications of the urea water transfer device that we have been using, we designed and manufactured the device in-house. It was particularly required to have high accuracy for the sale of urea water (AdBlue), and since a flow rate of over 200L/min was desired, we selected the magnetic pump HTX-441P and completed it as a compact device. To prevent erroneous detection of the flow meter due to air mixing, we devised the piping line and placed multi-joints in various locations for easy maintenance. A strainer was installed to prevent foreign matter contamination, as this is for the urea water used in truck SCR systems. We incorporated all the requests from the transportation company. ● Designed with consideration for installation on tank trucks, including vibration resistance and heat dissipation For use on tank trucks, we equipped the device with vibration-damping rubber to account for severe vibrations. To achieve stable operation even in harsh outdoor temperatures, we installed louvers near the magnetic pump. A recording device capable of issuing receipts is equipped on the right side of the front of the device. By turning the switch ON, it is possible to easily issue a receipt for the most recent flow rate.

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【Delivery Case】Transport of Ceramic Slurry

【Delivery Case】Transport of Ceramic Slurry

Self-priming and pumping of high-viscosity slurry!

● Self-priming and pumping of high-viscosity slurry We received an inquiry from a major chemical company, Company S, regarding the transfer of ceramic slurry. Ceramic slurry is a high-viscosity liquid with particle inclusion, and this time, self-priming capability and pumping capability were also part of the evaluation. We proposed the ADD model air diaphragm pump, which was used on-site. The evaluation was very positive, and the on-site personnel were convinced, leading to its adoption. ● Key factors for adoption by a major chemical company The key factors for adoption were: 1. Initial costs are lower compared to other companies. 2. Flexible response as a manufacturer to special specifications. 3. Consumables (such as diaphragms) are also cheaper compared to other companies. 4. High evaluation of transfer and pumping capabilities with the demo unit. Based on the above four points, it was adopted. The features of the diaphragm pump are "self-priming," "pumping capability," and "ability to transfer slurry and viscous liquids." We also have demo units available, so please feel free to contact us.

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Delivery and transportation of Ad Blue (urea solution)【Delivery Case】

Delivery and transportation of Ad Blue (urea solution)【Delivery Case】

Flow meter for AdBlue allows for easy management of flow!

●Delivery while checking the flow rate with a dedicated AdBlue (urea water) pump. Conventional handheld pumps are expensive and prone to breakdowns. Listening to such feedback from users, the AdBlue (urea water) dedicated pump model SN was created. - Affordable pricing with a flow meter included - More powerful than handheld pumps, with a flow rate of 50L/min - Self-priming (can run dry), resulting in fewer breakdowns - Gently delivers liquid with a diaphragm, eliminating sliding parts, which reduces the risk of foreign material contamination due to wear. ●Flow management is possible with the included flow meter The flow meter allows for easy verification of the amount delivered when supplying AdBlue (urea water). It comes with a stainless steel frame for IBC tanks, and installation is as simple as placing it on top. Just connect the suction inlet (shown in the photo) to the IBC tank, and once the power is turned on, the transfer will begin.

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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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