Heat-resistant diaphragm gas pump, maximum allowable gas temperature 240°C.
It can be used for sampling and monitoring high-temperature gases such as flue gas sampling from factories, various process monitoring, and engine exhaust measurement.
Inquire About This Product
basic information
Flow rate: 6 l/min to 100 l/min Maximum allowable gas temperature: 240℃ Type .16: Heat-resistant type Type .11: Heat-resistant type + with heater Type .17: Heat-resistant type + with heater + PT100 (temperature resistance element) Customization options such as insulation material and with flange are available.
Price range
Delivery Time
Applications/Examples of results
- Flue gas sampling - Process monitoring - Engine exhaust measurement - Other high-temperature gas transfer
Line up(1)
Model number | overview |
---|---|
Heat-resistant diaphragm gas pump |
catalog(9)
Download All CatalogsNews about this product(1)
Company information
KNF was founded by Kurt Neuberger in 1946 in Freiburg, Germany (Freiburg im Breisgau). Since then, we have been a family-owned independent company providing our customers with security and stability. Over the years, we have achieved steady growth and expanded our business globally while accumulating experience. Currently, with 17 subsidiaries worldwide, we continue to deepen our expertise in various industries and advance the expansion of product applications. As a company specializing in the development, design, manufacturing, and sales of diaphragm pumps and gas and liquid handling systems, we have established our position globally as a provider of customer-oriented solutions to address challenges. Innovation means having an open attitude towards new approaches and various methods, and appropriately judging and identifying what will be needed for the future. By bringing together expertise from various engineering fields, including mechanical engineering, materials, fluid engineering, electronics, and software, we strive to find optimal and smart solutions for all applications, not only for our customers' current needs but also for their future requirements.