FYS, FYU, FYH plastic submerged pump

https://www.zxbypump.com/fys-fyu-fyh-plastic-submerged-pump.html

Product Overview

The FYS/U/H series is a vertical plastic liquid pump designed for transferring corrosive liquids containing small amounts of suspended solid particles that are not prone to crystallization. The parts in contact with the medium are manufactured from engineering plastics or fluoroplastics through molding or injection molding processes.

With its vertical immersion structure, the pump is designed to address the challenges of conveying corrosive liquids from low liquid levels. The pump body and impeller are immersed in the liquid, and the pump can be started without priming, provided that the liquid level is above the pump body.

Key features include:

• Vertical immersion design: The pump body and impeller operate while immersed in the liquid.

• No shaft seal leakage: The design eliminates leakage associated with a conventional shaft seal.

• Compact installation: The vertical structure helps reduce the required installation space.

• Reliable operation: The design supports practical operation in suitable corrosive-liquid applications.

• Convenient maintenance: The structure facilitates routine maintenance.

• Corrosion resistance: The wetted components are made from engineering plastics or fluoroplastics to suit different chemical media.

The FYS/U/H series is used in industries such as acid processing, dye production, pesticide manufacturing, pharmaceuticals, metallurgy, petrochemicals, electroplating, environmental protection, and electronics.

Model Description

The FYS/U/H series includes different material options to meet varying requirements for corrosion resistance:

• FYS: Reinforced polypropylene material.

• FYU: Ultra-polymer material.

• FYH: Fluoroplastic material.

When selecting a model, users should consider the properties of the liquid being transferred, including its chemical composition, concentration, temperature, and the presence of suspended particles. Confirming material compatibility with the manufacturer can help identify a suitable pump for the intended operating conditions.