Engineered for critical fertilizer applications with superior corrosion resistance in SS316, Alloy 20, and non-metallic materials for unmatched reliability in acid, alkali, and solvent handling.
Our centrifugal pump designs handle aggressive acids like H2SO4, H3PO4, and HNO3 without material degradation or performance loss. Custom impeller geometries ensure optimal flow rates across concentrated acids to dilute solutions in fertilizer production.
Our pumps operate reliably up to 210°C in urea synthesis and acid concentration processes. Advanced materials and proprietary IMSS seals ensure integrity where standard pumps fail in high-temperature fertilizer applications.
Every pump features materials specifically selected for fertilizer chemicals including ammonia, phosphoric acid, and abrasive slurries. Our metallic and non-metallic options cover the complete spectrum of fertilizer plant applications.
Fifteen years of fertilizer industry experience have taught us where pumps fail. Our robust construction and precision engineering deliver the reliability you need for continuous fertilizer production schedules.
Our specialized fertilizer team understands plant operation criticality. When production issues arise, our engineers provide immediate technical assistance to minimize costly downtime and maintain output targets.
Precision-engineered metallic and non-metallic centrifugal pumps designed specifically for the sugar industry.
Engineered with precision investment casting and robust metallurgical design for demanding industrial applications requiring superior durability and performance.
Advanced polymer construction with thick PVDF casing and metal armor, specifically designed for highly corrosive media and chemical processing applications.
Meeting hydraulic institute standards for centrifugal pump design, performance, and testing to ensure reliable operations
Ensuring consistent quality and compliance with international standards for all our sugar processing pump solutions
Complying with boiler and pressure vessel codes for safe, high-pressure sugar processing applications
