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Renowned peristaltic pumps for accurate, repeatable linear metering, transfer and sampling
Market Trend Analysis
Peristaltic pumps are evolving from auxiliary equipment to core components of new energy production lines. With material innovation and intelligent upgrades, their application depth in battery manufacturing, green hydrogen production, and other scenarios will continue to expand. Over the next five years, the global peristaltic pump market in the new energy sector is projected to grow at a CAGR of 8.7%, becoming a significant breakthrough in fluid technology innovation. Companies need to focus on modular design, intelligent operation and maintenance, and customized solutions to seize the technological high ground.
Lithium-ion battery manufacturing
In the preparation and filling of lithium battery electrolytes, precise and stable delivery of the electrolyte is required to avoid the generation of bubbles and impurities.
Key Advantages and Features:
Peristaltic pumps provide precise flow control, ensuring uniform electrolyte filling.
Peristaltic pumps operate without shear force, effectively protecting the chemical properties of the electrolyte and preventing electrolyte degradation.
Easy to clean and replace piping, reducing the risk of cross-contamination between different production batches.
Fuel cells
In hydrogen fuel cell systems, it is used to deliver deionized water (DI water) and coolant, ensuring stable heat dissipation during battery operation.
Key Advantages and Features:
The peristaltic pump does not contact the medium, making it suitable for delivering high-purity, impurity-free DI water and avoiding contamination of the battery membrane.
The flow rate is adjustable, allowing the coolant circulation rate to be adjusted according to the fuel cell's operating load, saving energy.
Photovoltaic cell manufacturing
In photovoltaic silicon wafer production, etching solutions (such as nitric acid and hydrofluoric acid) require precise metering and recycling.
Key Advantages and Features:
Peristaltic pumps offer excellent corrosion resistance, allowing for the long-term delivery of strong acidic chemicals without pump damage.
They provide precise metering and delivery, ensuring uniform chemical reactions and improving silicon wafer quality and production efficiency.
Wind and hydropower energy storage systems
In energy storage battery systems, peristaltic pumps are used to deliver coolant to the thermal management system, ensuring temperature control during battery charging and discharging.
Key Advantages and Features:
Peristaltic pumps can handle high-viscosity liquids and withstand temperature variations and vibration environments.
They offer strong automation capabilities and can be integrated into the intelligent control system of energy storage systems, enabling remote monitoring and regulation.
New energy materials research and development
In the synthesis experiments of new energy materials (such as novel catalysts and adsorbents), it is necessary to transport different types of reaction liquids.
Key Advantages and Features:
Peristaltic pumps support a variety of liquid tubing options, flexibly handling various chemical media such as acids, alkalis, and organic solvents.
They are environmentally friendly, easy to operate, and suitable for small-batch, diversified experimental needs.
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