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.
Introduction Performance The seepex BN35-12 rotor can achieve gentle and uniform conveying, avoiding excessive shearing and damage to the medium. This not only ensures the stability of product quality, but also greatly improves the service life of the pump. Compared with traditional single-screw pumps, the BN35-12 rotor has significant advantages in conveying capacity and efficiency,…
Design and material advantages The seepex BN200-6L stator is designed with high-strength materials, which make it have excellent wear and corrosion resistance. This choice not only extends the service life of the stator, but also reduces maintenance costs. The inner cavity of the stator is optimized to effectively reduce the flow resistance of the fluid…
Design and Features of Seepex BN200-6L Rotor The Seepex BN200-6L rotor is a rotor that uses screw pump technology and has powerful fluid handling capabilities. This pump rotor can effectively reduce the shear force of the fluid in the pump through the precise spiral structure design, ensuring that its original characteristics are maintained when conveying…
What is the seepex BN130-6L Stator? The seepex BN130-6L stator is a screw pump stator designed for conveying fluids of various viscosities. It uses specific materials and formulations to withstand high pressures and provide stable fluid flow. Screw pumps are commonly used in the chemical, food, pharmaceutical and other industries due to their high efficiency,…
Design Concept and Technical Features The seepex BN130-6L rotor is a screw pump rotor designed to improve the efficiency and reliability of fluid delivery. The rotor is made of highly wear-resistant alloy materials and combined with precision machining technology to ensure its extremely high durability and corrosion resistance under various working conditions. This allows it…
Structural features of Seepex BN100-6L Rotor The Seepex BN100-6L rotor is made of high-strength materials to ensure stable operation under high pressure and high temperature. Its specially designed spiral shape allows the fluid to form a low-shear flow during the conveying process, avoiding damage to the fluid properties, and is particularly suitable for conveying fragile…
How to choose the right Seepex BN100-6L Stator? When choosing the right BN100-6L stator, the following factors should be considered: Features of Seepex BN100-6L Stator Material: Seepex BN100-6L Stator usually uses high-quality synthetic rubber material, which is not only wear-resistant, but also resistant to corrosion by a variety of chemicals and is suitable for various…
Design Features of the Rotor The design concept of the seepex BN30-12T rotor is centered around efficiency and durability. Its spiral shape not only effectively propels fluids, but also performs well when subjected to high pressure and high viscosity fluids. In addition, the rotor is made of high-quality materials to ensure that it can still…
Application Fields Seepex BN26-6L rotor is widely used in many industries. The following are some typical application scenarios: Performance Advantages Efficient DeliveryThe Seepex BN26-6L rotor performs well when conveying viscous or mixed media. Its design makes the fluid flow more smoothly in the pump, reducing energy consumption and improving overall work efficiency. High DurabilityThe rotor…
Working principle The working principle of the Seepex BN26-6L stator is based on advanced screw pump technology. When the pump is running, the rotor rotates inside the stator to form multiple closed fluid chambers, and the fluid is effectively transported between the inlet and outlet through the movement of the screw. This method allows the…
