Our chemical process pumps are precision-engineered for the oil industry and demanding fluid transfer applications, providing exceptional reliability in handling aggressive and hig...

Our chemical process pumps are precision-engineered for the oil industry and demanding fluid transfer applications, providing exceptional reliability in handling aggressive and high-temperature fluids. Designed with robust construction and advanced materials, these pumps ensure leak-free operation, minimal maintenance requirements, and extended service life even in the most challenging operational environments. Available in multiple standardized models with capacities reaching 300 m3/hr and heads up to 100 meters, they support fluid temperatures as high as 200°C while maintaining consistent performance. Built to comply with international standards including DIN 24256, these horizontal back pull out pumps offer superior component interchangeability and are constructed from premium materials including stainless steel SS-316, SS-304, Alloy-20, Hastelloy-B, C, cast steel, and cast iron. With operational options for both 1440 rpm and 2900 rpm, these pumps deliver adaptable performance for diverse industrial fluid transfer requirements.

These robust pumps serve critical functions across multiple industries including oil and gas, pharmaceuticals, chemical processing, fertilizers, and wastewater treatment facilities. Within the oil sector, they efficiently transfer crude oil, refined petroleum products, and various process chemicals while maintaining high safety standards and operational efficiency. Pharmaceutical manufacturers utilize these pumps for handling sensitive intermediates and solvents under strict hygienic conditions and compliance requirements. Chemical processing plants depend on them for reliable transfer of corrosive fluids, while wastewater treatment operations employ them for moving aggressive effluents and treatment chemicals. Their versatility and proven reliability make them the preferred choice across industries where precise fluid handling is essential for operational success and process integrity.

The business value of these chemical process pumps lies in their ability to enhance operational efficiency, significantly reduce downtime, and lower total cost of ownership throughout their service life. Their robust engineering and premium material construction ensure extended functional lifespan and exceptional resistance to wear and corrosion, resulting in fewer replacements and reduced maintenance interventions. The standardized design allows for easy integration into existing systems while maintaining compatibility with various process requirements. With straightforward installation procedures and maintenance-friendly features, these pumps minimize operational disruptions and support continuous production cycles. Their proven reliability and operational adaptability represent a strategic investment for organizations focused on improving process safety, increasing productivity, and maximizing long-term profitability.

Key Features:
- Constructed with high-grade materials including SS-316, SS-304, Alloy-20, Hastelloy-B, C, cast steel, and cast iron for superior corrosion resistance
- Capacity up to 300 m3/hr and head up to 100 meters, suitable for high-demand industrial applications
- Handles fluid temperatures up to 200°C, ideal for high-temperature process environments
- Available in 1440 rpm and 2900 rpm variants with multiple standardized models for operational flexibility
- Horizontal back pull out design compliant with DIN 24256, ensuring easy maintenance and component interchangeability

Benefits:
- Enhanced operational efficiency through reliable performance in demanding fluid transfer applications
- Reduced maintenance requirements and extended service life through robust construction and premium materials
- Lower total cost of ownership with fewer replacements and minimal operational disruptions
- Improved process safety and compliance with international standards and leak-free operation
- Increased productivity through continuous operation capabilities in harsh industrial environments