Seepex is a manufacturer of progressive cavity (also called positive displacement) pumps. These pumps are known for their versatility in handling a wide range of fluids, including viscous, abrasive, or shear-sensitive materials.
Some common Seepex pump parts include:
Seepex offers a wide range of pump models and sizes to suit different application requirements. Replacement parts are available from Seepex or authorized distributors. When servicing Seepex pumps, it’s important to use genuine Seepex parts to ensure proper fit and performance.
Working principle The working principle of the seepex BN52-6L rotor is based on the basic mechanism of a screw pump. When the rotor rotates in the pump body, it forms a continuous spray chamber. This design not only reduces resistance to fluid flow, but also ensures uniform flow and pressure output. The tight fit between…
Design and Features The Seepex BN75-6LT Rotor is designed with advanced engineering technology and has the following features: Performance Advantages Efficiency: The Seepex BN75-6LT rotor has good flow characteristics and can adapt to different working conditions. When running at low speed, it can still maintain high efficiency and reduce energy waste. Durability: The BN75-6LT rotor…
Structural features of the Seepex BN17-6L Rotor The Seepex BN17-6L Rotor is a screw pump rotor with a unique geometric design that enables efficient operation during fluid delivery. The rotor material is usually made of wear-resistant, high-strength alloys, which can effectively improve its durability in high-pressure and high-temperature environments. The key to this rotor design…
Design features The design of Seepex BN2-6L rotor is both innovative and practical, suitable for a variety of industries, including chemical, food, pharmaceutical, etc. Its biggest features are: Applications Performance Advantages Efficient transportation: The BN2-6L Rotor has a stable flow output and can adapt to fluids of different viscosities, ensuring stability and continuity in the…
Materials and Design BN17-12L stator is usually made of high-performance synthetic materials, which are not only wear-resistant but also have good chemical stability. Advanced material technology enables it to cope with a variety of different working environments and avoid performance degradation caused by corrosion or friction. In addition, the design of the stator is precisely…
Technical Features of Seepex BN5-6L Stator The Seepex BN5-6L stator is a highly efficient screw pump component designed specifically for conveying viscous and non-viscous fluids. Its main function is to work with the rotor to push the fluid from the feed port to the discharge port. Its special geometry and material selection enable the stator…
Technical Features The seepex BN15-6LT stator is designed for seepex screw pumps and has excellent wear and corrosion resistance. It uses high-quality elastic materials to ensure that there will be no significant wear or damage during long-term operation. This design not only increases the life of the pump, but also reduces maintenance costs. The structural…
Design Features The Seepex BN75-6LT stator is a stator designed for screw pumps. It is made of high-quality materials to ensure its durability under high loads and harsh environments. Compared with traditional pump components, its unique screw design can effectively reduce turbulence when the fluid flows, thereby improving the efficiency of fluid delivery. The design…
Technical advantages of Seepex BN70-6L Stator The Seepex BN70-6L stator uses high-quality materials to ensure its durability and reliability in harsh environments. Its innovative design concept enables this stator to perform well in the delivery of high-viscosity, corrosive fluids. This is especially important in the chemical and pharmaceutical industries. In these fields, the stability and…
Design features The seepex BN30-12T stator uses high-quality materials and advanced manufacturing processes. The stator of this pump has good wear and corrosion resistance and can withstand various harsh working environments. Its design takes into account the basic principles of fluid dynamics, making the fluid flow in the pump smoother, thereby reducing energy loss. Performance…
