ALLWEILER Three-Screw Pump
Type: Positive displacement pump with three screw spindles (e.g. SN series)
Brief description:
The triple screw pump consists of one driven main spindle and two traveler spindles that are lubricated by the medium itself. This results in extremely quiet, low-vibration, and pulsation-free operation with high efficiency. The pump is intended for clean, lubricating fluids and delivers a constant, uniform flow rate — even at high pressures.
Product specifications
View the features, applications, and categories of the ALLWEILER Three-Screw Pump below.
Technical details
| Manufacturer | Allweiler® |
|---|
Manufacturer: Allweiler®
Allweiler® is an established name in industrial pumping technology and is known worldwide for reliable solutions for pumping a wide range of fluids. The brand combines a long technical tradition with a strong focus on operational reliability, efficiency, and consistent process performance. In industrial environments where continuity, accuracy, and low maintenance requirements are essential, Allweiler is considered a trusted choice for engineers, purchasers, and maintenance teams.
The range in this webshop includes the ALLWEILER NB, NBT, NT, NTT, and NTWH, as well as single-screw, three-screw, and twin-screw pumps. With these, the brand offers solutions for both clean and viscous media, and for applications requiring uniform flow, high pressure resistance, or product-friendly fluid handling. The various pump principles make it possible to tailor systems to specific process conditions, such as temperature, viscosity, capacity, and pressure.
Allweiler pumps are widely used in sectors such as chemicals, energy, oil and gas, maritime, tank storage, the food industry, and the general process industry. They are suitable for pumping fuels, lubricating oils, thermal oils, chemicals, additives, and other process fluids, for example. For companies seeking sustainable pump technology with proven performance and a high degree of operational reliability, Allweiler offers a solid and technically sound solution.
