

| Core Competencies |
ABEL specializes in reciprocating displacement pumps for varying flow rates and pump pressures. One of the company’s core competencies is membrane pumps. Together with ABEL’s usual quality standards, this design principle of the hermetically sealed pump is especially suited for abrasive, aggressive and even shear-sensitive media. Thanks to our technological advantage in mechanical membrane pumps, ABEL (has earned a well respected reputation around the world. Solids handling pumps (for paste-like and non-Newtonian media) and high pressure plunger pumps round off our range of high-capacity pumps.
At ABEL, our focus is on pump solutions that are especially reliable and energy efficient. We are noticing that more and more customers are opting for an ABEL solution. This is because experience and expertise are important criteria when purchasing custom solution projects, in addition to product characteristics such as longer service life, safety and reliability. Seamless service and expert advice from our experienced sales engineers are the standard at ABEL.
WE CONSTANTLY AIM for top performance in all aspects of our work – and not just in production. This includes:
| ABEL Series EM with ball valve |
| Membrane pumps for abrasive and aggressive media ABEL piston membrane pumps incorporate several important features. In combination with the ABEL production quality standard, their innovative design principle allows for a longer than average service life. Even extremely abrasive media such as fly ash or mine slurry can be transported at high pressure across greater distances. Another advantage of a piston membrane pump is that the medium is completely separated from the hydraulic part of the pump, which makes it impossible for the hydraulic fluid to be contaminated by the material being conveyed. |
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The best choice – even for shear-sensitive mediaMembrane pumps are the perfect choice for media such as foods, pigments, and various other chemicals. The design principle of conveying without backflow while maintaining a low stroke speed is achieved without the need for demanding and extreme shearing forces and crushing. |