Industrial pumps including vortex pumps, centrifugal pumps, and positive displacement pumps

PRODUCTS

Industrial Pump Product Range

Aulank industrial pumps are engineered for real process-industry applications, with clearly defined performance targets including zero leakage, stable operation under extreme temperatures (–196°C to +400°C), chemical corrosion resistance, and long service life under continuous-duty conditions. Our pumps are designed for critical fluid transfer tasks in equipment supply and system integration.

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Vortex Pump

Designed for high-temperature, corrosive, and sealing-critical applications, vortex pumps reduce leakage risks through stable structural design and support continuous operation, commonly used in chemical and thermal control systems.

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Centrifugal Pump

Suitable for medium- to large-flow and stable transfer requirements, centrifugal pumps feature mature structures and efficient operation, making them ideal for a wide range of industrial processes and equipment systems.

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Positive Displacement Pump

Well-suited for applications requiring precise flow control and pressure stability, positive displacement pumps offer strong parameter control and media adaptability, commonly used in complex process systems.

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Hot-Selling Pumps

Popular Models

About Us

Industrial Pump Manufacturer for Extreme Operating Conditions

Aulank Pump is a leading industrial pump manufacturer in China, long serving industrial fluid transfer and high- and low-temperature pump applications, and providing customers with safe, energy-efficient, and reliable pump products as well as technical support We focus on chemical processes and extreme high- and low-temperature operating conditions, and have established a stable industrial pump product system built around Vortex Pumps, Centrifugal Pumps, and Positive Displacement Pumps. Our products cover an extreme temperature range from –196°C to +400°C, making them suitable for continuous operation and complex media transfer applications For your industrial pump customization requirements, we provide OEM customization and technical support, including special voltage and frequency configurations, adaptation to explosion-proof requirements, and parameter and structural adjustments matched to specific operating conditions.

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Built for demanding industrial applications.

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17+ Years of industrial pump R&D and manufacturing experience

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50+ Countries & Regions served worldwide

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20,000+ Companies supported across industrial sectors

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100,000+ Units annual production capacity

Background

10 Core Technologies for Industrial Pump Applications

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Global Footprint

Aulank's industrial pump products have been exported to more than 50 countries and regions worldwide and are widely used across diverse industries and complex operating conditions. With reliable product performance, continuously optimized manufacturing and testing systems, and clearly executable delivery and service processes, we have established cooperation with over 20,000 customers globally. Aulank continues to provide technical support, on-time delivery assurance, and industrial pump solutions for complex fluid-handling requirements, supporting stable operation and long-term cooperation across different regions and application environments.

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Taiwan

Semiconductor low-temperature fluorinated liquid transfer project — Aulank cooperates with semiconductor customers in Taiwan, supplying MDW series pumps and customizing synchronous permanent magnet motors according to customer requirements to meet specific operating conditions.

India

Die casting mold temperature control, temperature control, and welding equipment projects — Aulank supplies MDW series vortex magnetic pumps and WD series welding pumps to multiple equipment manufacturers in India, solving high-temperature thermal oil circulation and equipment stability issues, and establishing long-term supporting cooperation.

Thailand

Cleaning equipment project — Aulank cooperates with customers in Thailand on cleaning equipment projects, supplying WD series pumps that have been recognized by customers and have laid a solid foundation for continued cooperation.

Malaysia

Oil and gas project — Aulank cooperates with a Malaysian oil and gas company on chemical projects, supplying customized large gear pumps to replace traditional mechanical seal pumps and resolve leakage issues in chemical applications.

Germany

Lithium battery separator coating project — Aulank cooperates with customers in the German lithium battery separator industry, supplying MDH series vortex magnetic pumps and customized motors to meet specific operating conditions. Ongoing cooperation has been established both domestically and internationally.

Spain

Medical sterilization equipment project — Aulank cooperates with customers in Spain on medical sterilization equipment projects, supplying WD series vortex pumps and establishing long-term strategic cooperation.

Turkey

Welding equipment project — Aulank supplies welding pumps to customers in Turkey’s welding industry and has established long-term cooperation.

Russia

Welding equipment supporting project — Aulank works with Russian welding equipment manufacturers, supplying WD series vortex pumps to solve propylene glycol leakage issues. Small-batch cooperation has been established.

South Korea

Semiconductor chiller equipment project — Aulank cooperates with customers in South Korea's semiconductor industry, supplying MDW series pumps for testing. The test performance has been recognized by the customer.

Japan

RO reverse osmosis system project — Aulank cooperates with customers in Japan's water treatment industry, supplying VP series vane pumps combined with DC motors. The compact size and low noise performance have passed customer validation tests.

Our Partners

We work with equipment manufacturers, system integrators, and industrial customers worldwide—providing dependable products and technical support across diverse applications, and building long-term, practical partnerships.

OUR ADVANTAGES

Choose Aulank as Your Industrial Pump Supplier

In industrial pump selection and project integration, you may encounter issues such as unstable long-term operation, insufficient operating-condition matching, uncertain delivery schedules, and limited customization support. Aulank builds executable engineering solutions across four key dimensions—quality management, core technologies, manufacturing capability, and operating-condition-oriented customization—to help you achieve stable operation, controlled delivery, and long-term reliability under complex conditions.

Quality Management
Technical Capabilities
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Latest Updates

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The Complete Guide to Industrial Magnetic Drive Pumps: Engineering, Selection, and Application

The Complete Guide to Industrial Magnetic Drive Pumps: Engineering, Selection, and Application

In complex industrial processing, the transfer of aggressive, toxic, or highly valuable fluids presents a persistent engineering challenge. Traditional sealing mechanisms, while functional for clean water or benign fluids, inevitably degrade when exposed to harsh chemicals, abrasive particulates, or extreme thermal cycling. This degradation results in mechanical seal failure, fugitive emissions, and costly unplanned downtime. For modern facilities, the standard solution for critical fluid handling has transitioned toward zero-leakage technologies.At the forefront of this shift is the industrial magnetic drive pump. By eliminating the dynamic mechanical seal, these systems provide a hermetically sealed environment that isolates the process fluid from

Corrosion-Resistant Pump Market Hits Growth Phase as Chemical CAPEX Shifts to Asia-Pacific

Corrosion-Resistant Pump Market Hits Growth Phase as Chemical CAPEX Shifts to Asia-Pacific

Corrosion-Resistant Pump Market Hits Growth Phase as Chemical CAPEX Shifts to Asia-PacificThe global chemical pump market is valued between USD 52 billion and USD 85 billion in 2026, depending on the scope of measurement, and is projected to grow at 4–6% CAGR through 2031. Within that market, corrosion-resistant pumps — built from stainless steel alloys, fluoropolymers, ceramics, and engineered plastics — are emerging as the fastest-growing segment. The reason is structural: chemical manufacturing is getting more complex, the fluids are getting more aggressive, and the regulatory tolerance for leaks and spills is getting lower.Asia-Pacific is driving the bulk of this

Semiconductor Fab Expansion Is Creating Massive Demand for High-Purity Chemical Pumps

Semiconductor Fab Expansion Is Creating Massive Demand for High-Purity Chemical Pumps

Semiconductor Fab Expansion Is Creating Massive Demand for High-Purity Chemical PumpsThe global semiconductor industry is expected to hit USD 975 billion in annual sales in 2026, according to Deloitte. Behind that number is a physical infrastructure buildout that few outside the chip industry fully appreciate: hundreds of billions of dollars flowing into new fabrication plants across the US, Europe, Japan, and Southeast Asia. Each of those fabs needs thousands of chemical pumps — for acid delivery, slurry transfer, ultrapure water circulation, and chemical mechanical planarization (CMP) processes.For pump manufacturers and industrial buyers, this is one of the largest sustained demand

How PFAS Regulations Are Reshaping Chemical Pump Requirements Worldwide

How PFAS Regulations Are Reshaping Chemical Pump Requirements Worldwide

How PFAS Regulations Are Reshaping Chemical Pump Requirements WorldwideGovernments in the US and Europe are tightening controls on per- and polyfluoroalkyl substances (PFAS) at a pace that few industrial buyers anticipated even two years ago. For chemical processing facilities, this regulatory shift carries direct implications for fluid handling equipment — particularly pumps used to transfer, dose, or circulate aggressive chemicals in closed-loop systems.The push to eliminate PFAS contamination from water supplies, manufacturing discharge, and product supply chains is forcing plants to rethink how they move corrosive and hazardous fluids. Leak-free operation is no longer a preference. It is becoming a

EU Pump Ecodesign Regulation Update & Magnetic Drive Pump Market Growth in 2026

EU Pump Ecodesign Regulation Update & Magnetic Drive Pump Market Growth in 2026

EU Ecodesign Overhaul and the Shift Toward Sealless Pumps: What It Means for Industrial BuyersThe European Union is in the middle of a major regulatory reset that will reshape how industrial pumps are specified, manufactured, and sold across the bloc. At the center of this shift is the new Ecodesign for Sustainable Products Regulation (ESPR), which replaced the 2009 Ecodesign Directive when it entered into force in July 2024. While the first product-specific rules under ESPR are targeting textiles and furniture, the existing pump ecodesign requirements under Regulation (EU) 547/2012 remain binding — and a formal review study has already

Centrifugal vs Gear Hot Oil Pump: Which Type Is Right?

Centrifugal vs Gear Hot Oil Pump: Which Type Is Right?

When you need a pump for a thermal oil system, the first decision is the pump type. The two main categories are centrifugal pumps and gear pumps. They work on different principles, handle viscosity differently, and fit different operating scenarios. Magnetic drive is a sealing configuration that applies to both — it is not a separate pump type, though it often gets treated as one.This article puts all three options side by side: centrifugal hot oil pumps, gear pumps for thermal oil, and magnetic drive configurations. We compare how they work, what they are good at, and where each one

What Is a Thermal Oil Pump? Complete Guide for Engineers

What Is a Thermal Oil Pump? Complete Guide for Engineers

A thermal oil pump is an industrial pump built to circulate heat transfer oil through a closed-loop heating system. It keeps thermal oil moving between a heat source — such as a boiler or electric heater — and the process equipment that needs the heat. The pump runs continuously, often at media temperatures between 150°C and 400°C, and must maintain stable flow and pressure over extended periods.If you have worked with standard water pumps, the difference is clear the moment you deal with thermal oil. The seals, bearings, body materials, and cooling method all need to handle sustained high temperatures

Aulank Pump at the 10th Guangdong Pump & Valve Expo 2026

Aulank Pump at the 10th Guangdong Pump & Valve Expo 2026

Aulank Pump exhibits magnetic drive gear pumps, vortex pumps, and centrifugal pumps at the 10th Guangdong Pump & Valve Expo 2026 in Guangzhou. Visit us at Booth 1H2324, March 5–7.

Types of Positive Displacement Pumps

Types of Positive Displacement Pumps

Learn all types of positive displacement pumps including gear, vane, screw, lobe, piston, plunger, and diaphragm pumps. Compare rotary vs reciprocating PD pumps with selection guide.

Aulank Pump Officially Established as Industry-Research Cooperation Base with Lanzhou University of Technology

Aulank Pump Officially Established as Industry-Research Cooperation Base with Lanzhou University of Technology

Aulank Pump has partnered with Lanzhou University of Technology to establish an industry-research cooperation base, focusing on pump technology innovation in circulating water systems and hydraulic efficiency research.

Contact

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Share your project details with us to discuss suitable industrial pump solutions based on your actual operating conditions.

Telephone+86 13773153742
AddressNo.151 Dongrong Road, Bacheng Town, Kunshan City, Jiangsu Province, China

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FAQs

The questions you may care about.

How does your industrial pump customization service work?

We provide customization based on actual operating conditions, including media characteristics, temperature range, pressure requirements, continuous-duty operation, and system structure. The process starts with condition confirmation, followed by feasibility evaluation and implementation based on existing product platforms and engineering experience.

How do you ensure the pump fits our piping and installation?

Our industrial pumps support configurable options based on standard designs. For different piping interfaces, installation spaces, and non-standard flange requirements, we provide matched interface solutions and corresponding flanges to ensure smooth integration into existing systems.

Can you evaluate requirements outside your standard product range?

Yes. For non-standard operating conditions or special applications, we conduct evaluations based on our existing technical platform, clearly defining feasibility, risk factors, and application boundaries, and providing a professional recommendation on whether to proceed.

Do you support OEM or project-based cooperation?

We support OEM and project-based supply, including configuration of structure, operating parameters, interface formats, and identification methods. This is suitable for equipment manufacturers, system integrators, and customized industrial projects.

How do you ensure long-term operational stability of your industrial pumps?

Stability is ensured through structural design, material selection, performance testing, and complete inspection before delivery. All pumps are tested and parameters verified prior to shipment, supporting continuous operation and complex working conditions.

How do sample approval, production, and stock delivery work together?

For standard models or existing configurations, stock supply or fast delivery is available. If operating-condition adjustments or customization are required, the confirmed structure and key parameters are locked after sample approval and transferred into the production process. Delivery paths are clearly defined in advance to avoid mixing stock and customized solutions.