A vertical, inline centrifugal pipeline pump engineered in modified phenolic glass-fiber reinforced plastic (FRP) for long-term corrosion resistance and reliable operation in aggressive chemical environments. This single-stage, single-suction vertical pump is designed for inline mounting in pipeline systems and delivers an energy-efficient solution for transferring corrosive liquids where metal pumps would suffer rapid deterioration.
Key features
- Corrosion-resistant construction: flow-wetted parts molded from modified phenolic FRP using high-temperature, high-pressure processing to resist acids and salts.
- Vertical inline design: single-stage, single-suction configuration saves floor space and simplifies piping; ideal for direct pipeline installation.
- Lightweight, high-strength structure: lower support requirements and reduced risk of deformation under operating loads.
- Energy efficient and reliable: steady operation with low power consumption and simple mechanical design for easy maintenance.
- Temperature and chemical tolerance: suitable for many non-oxidizing acids and corrosive solutions (see compatibility below).
Typical pumped liquids
- Concentrated hydrochloric acid
- Dilute sulfuric acid
- Non-oxidizing strong acids
- Organic acids and various inorganic salts
Suitable applications
- Chemical and petrochemical plants
- Pharmaceutical and pesticide production
- Chemical fiber and daily-chemical manufacturing
- Water and wastewater treatment
- Metal surface treatment and electroplating lines
- Environmental protection and corrosion-resistant process systems
Performance ranges (typical model family)
- Flow rate (Q): 3.2 to 100 m3/h
- Head (H): 12.5 to 32 m
- Motor power: 0.75 to 11 kW
- Nominal flange/caliber range: 25 mm to 100 mm
Model coding example
- SL40-20: “SL” = vertical FRP centrifugal pipeline pump; “40” = inlet/outlet diameter (mm); “20” = nominal pump head
Why choose this pump
Its combination of phenolic FRP wetted components and a vertical inline layout makes this pump especially cost-effective for corrosive-service duty where metal pumps would require frequent replacement or expensive linings. The pump offers lower installation footprint, simplified maintenance, and efficient hydraulic performance for continuous process service.