Pump technology directly from the manufacturer
We develop and supply pump technology for demanding industrial pumping applications. For over 40 years, we have been supporting companies with technically sophisticated, cost-effective, and durable solutions.
As a family-owned pump specialist, we provide manufacturer-independent advice and select the right pump technology for every application—precisely tailored to the fluid, pressure, temperature, and operating conditions.
As a family-owned pump specialist, we provide manufacturer-independent advice and select the right pump technology for every application—precisely tailored to the fluid, pressure, temperature, and operating conditions.
HARTON Pump Technology
Dosing systems
If you need not just a pump but a complete dosing system—including a tank, sensors, valves, and a control system—standalone equipment is not sufficient. Our dosing solutions are designed as integrated systems for specific process additions.
Dosing pumps
For small to medium flow rates requiring reproducible dosing, we supply precise stroke-based pump technology. The key factors here are dosing accuracy, compatibility with the fluid, and a clear distinction between the diaphragm and piston principles.
Barrel pumps
Pumping from drums, containers, or IBCs requires safe systems that are suitable for the specific fluid. The material, immersion depth, connection design, and handling during daily operation are all critical factors.
Pumps with Magnetic Couplings
When corrosive fluids and low leakage tolerance are combined, seal-less plastic pumps with magnetic couplings are often the right solution. The real challenge lies in the choice of materials, the bearing design, and dry-run protection.
Submersible pumps
Submersible pumps come into play when fluids need to be discharged directly from pits, tanks, or wet areas. The technical considerations here do not start with performance, but rather with installation, sealing, and the fluid being pumped.
Positive-displacement pumps
We supply positive displacement pumps for applications that require precise, pressure-stable volumetric flow. We work with you to analyze your process requirements and select the technically appropriate solution—tailored to the fluid, viscosity, pressure range, and operating conditions. This ensures you receive a positive displacement pump that operates reliably and economically over the long term.
Diaphragm pumps
When the medium and the drive must be reliably separated, or when aggressive fluids are being processed, diaphragm pumps are often the technically sound choice. Whether electrically or pneumatically driven—the process requirements are always the deciding factor.
Double diaphragm pumps
Double-diaphragm pumps are chosen when robust pumping, challenging fluids, and flexible operating conditions are the top priorities. This is especially true for applications involving solids or chemically sensitive substances.
Air-operated diaphragm pumps
This pump technology is particularly useful in applications that require solutions capable of withstanding dry running, robust construction, and compatibility with a wide range of fluids. Pneumatic systems really demonstrate their strengths when dealing with difficult-to-handle fluids and varying operating conditions.
Progressing cavity pumps
For viscous, solids-laden, or shear-sensitive fluids, eccentric screw pumps are often a reliable solution. The key factors here are the combination of rotor-stator geometry, rotational speed, and the fluid itself.
Impeller pumps
Impeller pumps are a good choice when self-priming operation and gentle handling of the fluid are required. The choice of materials and elastomers, in particular, determines the pump’s actual suitability.
Piston Pumps / Rotary Piston Pumps
Piston and rotary piston principles are used for different technical applications. Depending on the pressure level, product characteristics, and hygiene requirements, the areas of application vary significantly.
Micro annular gear pumps
Micro-tooth ring pumps are relevant for very low flow rates and high reproducibility. Here, the technical discussion shifts toward micro-dosing, control behavior, and precision mechanics.
Peristaltic pumps
If the goal is to limit the fluid’s contact to just one wear part, peristaltic pumps become a viable option. This approach can reduce the load on the hydraulic system, particularly when dealing with abrasive or chemically aggressive fluids.
Flow Pumps
We supply flow pumps for applications involving high flow rates and low to medium heads. In doing so, we consider not only the pump itself, but the entire system—from the hydraulics and material selection to integration into your plant. The result is a solution that operates efficiently, reliably, and cost-effectively over the long term.
Centrifugal pumps
Centrifugal pumps are among the most important types of pumps in industry. However, what matters here is not the name, but whether the hydraulics, NPSH, materials, and sealing design are properly matched to the specific application.
Gear pumps
We supply gear pumps for specific volumetric pumping applications across a wide range of industrial sectors. Whether the media are viscous, lubricating, or demanding—we work with you to select the appropriate design and tailor the pump precisely to your process requirements. The result is a reliable, durable, and cost-effective pumping solution.
External Gear Pumps
When pressure stability, a defined flow rate, and a compact design are required, external gear pumps are a technically attractive option. The clearance, lubricity, and purity of the fluid are particularly critical factors here.
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