KNF FF12 Series Diaphragm Liquid Pump
The successor model of the bestselling NF10 series.
- Self-sufficient - Click-on type mount plate - Maintenance-free, contamination-free - Abundant wetted materials Basic flow rate: 150 ml/min (KP) / 130 ml/min (KT) Suction lift: 3 mWg (KP) / 2 mWg (KT) Discharge lift: 10 mWg
basic information
For detailed information, please search for "FF12" at the URL below.
Price range
P2
Delivery Time
OTHER
Made-to-order production
Model number/Brand name
FF 12 DIAPHRAGM LIQUID PUMP
Applications/Examples of results
- Medical devices, biochemical testing equipment - Inkjet printers - Analyzing equipment - Fuel cell systems - Semiconductor manufacturing equipment etc.
Detailed information
Line up（1）
| Model number | overview |
|---|---|
| FF12 | Diaphragm Liquid Pump |
catalog（5）
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News about this product（5）
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The important role of diaphragm pumps for hydrogen fuel cells.
In the pursuit of sustainable energy solutions, diaphragm pumps provide precise control, safety, and efficiency as a crucial component in hydrogen management within fuel cell systems. As the world moves towards decarbonization, hydrogen fuel cells have emerged as a potential foundational technology for more sustainable energy generation. Within such systems, diaphragm pumps perform several key functions that directly impact performance and lifespan, from hydrogen recirculation to condensate management.
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Pump for medical devices
KNF Pump Solutions Deliver Results in Medical Applications From medical vacuum pumps to liquid diaphragm pumps and swing piston compressors, medical device manufacturers recognize that KNF's design, manufacturing, and corporate philosophy align extremely well with the vast requirements demanded by numerous medical devices. KNF's pumps for medical devices play a crucial role in the rapid recovery of patients. Therefore, we emphasize design excellence, product quality, change management, and adherence to procedures when designing our pump solutions. Furthermore, KNF is well-versed in the regulations, audits, and complex approval processes of regulatory authorities in the medical field. As a reliable partner in the development of pumps for medical devices, KNF consistently supports its customers, leveraging decades of experience accumulated through collaboration with medical device manufacturers.
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KNF Liquid Diaphragm Pump
OEM, Process Industry, Laboratory Liquid Diaphragm Pumps As a technology leader in diaphragm pumps, KNF develops and manufactures cutting-edge liquid diaphragm pumps. They are produced in Schursee at KNF Flodos AG, one of the four Swiss locations of the KNF Group. These high-quality products are highly regarded by OEM manufacturers, process industries, and laboratory users around the world. With self-priming capabilities and safe dry running, KNF's customized liquid pumps are used in the most demanding applications.
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Diaphragm pump technology supports commercial dishwashers.
In food service applications, a large number of commercial dishwashers are relied upon to ensure smooth operations and customer satisfaction. Diaphragm pumps are key to effective commercial dishwashing, playing various roles in these systems. Diaphragm pumps are a powerful option for introducing rinse aids, detergents, and sanitizers into commercial dishwashers. Typically, rinse aids and sanitizers are diluted with water before being sprayed onto dishes, while detergents are introduced directly into the machine. Because the pressure required to discharge these into a standard water pressure line is high, commercial dishwashers need to rely on powerful pumps.
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Cooling EV charging stations with pump technology.
Liquid cooling functions by circulating a liquid called coolant through pipes and tubes, absorbing heat and dissipating it from critical components. This lowers the temperature of important parts such as condensers, inductors, and control circuits, improving charging efficiency and extending product lifespan. The coolant is typically a mixture of glycol and water to prevent freezing and boiling. High-quality liquid pumps are essential for effective liquid cooling operations. A consistent and stable flow rate is necessary for these systems to function properly, allowing the coolant to maintain an appropriate temperature while effectively dissipating heat from the elements. Reliability is also crucial, as coolant leaks can cause catastrophic damage to equipment.
