Kirloskar KPD-KPDS process pumps are heavy-duty industrial pumps designed for handling a wide range of corrosive, abrasive, and viscous fluids in demanding environments. These pumps are built to manage aggressive media including acids, alkalis, salt solutions, caustics, hydrocarbons, oils, thermic fluids, liquefied gases, and condensates. With a delivery size up to 200 mm, capacity up to 750 m3/hr, and heads reaching 150 meters, they offer robust performance for high-flow applications. They operate efficiently under working pressures of 16-25 kg/cm2 and can handle extreme temperatures from -50°C to 350°C, ensuring reliability in both high and low-temperature processes. Their construction complies with international flange standards like ANSI B 16.1, CL 125 Flat Face for cast iron/bronze, and ANSI B 16.5, CL 150 Raised Face for special metals such as stainless steel and cast steel, with optional drilling per DIN, ASA, or BS specifications.

These pumps are extensively used across multip...

Kirloskar KPD-KPDS process pumps are heavy-duty industrial pumps designed for handling a wide range of corrosive, abrasive, and viscous fluids in demanding environments. These pumps are built to manage aggressive media including acids, alkalis, salt solutions, caustics, hydrocarbons, oils, thermic fluids, liquefied gases, and condensates. With a delivery size up to 200 mm, capacity up to 750 m3/hr, and heads reaching 150 meters, they offer robust performance for high-flow applications. They operate efficiently under working pressures of 16-25 kg/cm2 and can handle extreme temperatures from -50°C to 350°C, ensuring reliability in both high and low-temperature processes. Their construction complies with international flange standards like ANSI B 16.1, CL 125 Flat Face for cast iron/bronze, and ANSI B 16.5, CL 150 Raised Face for special metals such as stainless steel and cast steel, with optional drilling per DIN, ASA, or BS specifications.

These pumps are extensively used across multiple industries due to their versatility and durability. In chemical and petrochemical plants, they are ideal for transferring corrosive acids, alkalis, and hydrocarbons safely. Refineries utilize them for handling refined oils and process fluids, while nuclear facilities rely on their precision for pumping condensates and sensitive liquids. Paper and pulp industries benefit from their ability to move viscous solutions and abrasive slurries. Power plants employ these pumps for circulating thermic fluids and cooling media. Their adaptability makes them suitable for any industry requiring reliable fluid transfer under harsh conditions, ensuring minimal downtime and maximum operational efficiency.

The business value of Kirloskar process pumps lies in their unmatched reliability, reduced maintenance costs, and long service life, which directly enhance operational productivity. These pumps are engineered to minimize leakage and wear, reducing total cost of ownership. Their compliance with global standards ensures compatibility and ease of installation worldwide. With Kirloskar's reputation for quality, these pumps offer a trustworthy solution for critical applications, providing peace of mind to buyers who prioritize durability and efficiency in their fluid handling systems.

Key Features:
- Handles corrosive acids, alkalis, salts, hydrocarbons, oils, and viscous liquids.
- Capacity up to 750 m3/hr with heads up to 150 meters for high-performance needs.
- Operates under working pressures of 16-25 kg/cm2 and temperatures from -50°C to 350°C.
- Complies with ANSI B 16.1, CL 125 and ANSI B 16.5, CL 150 flange standards.
- Available in various materials including stainless steel and cast steel for durability.

Benefits:
- Ensures reliable performance with corrosive and viscous fluids in harsh conditions.
- High capacity and head capabilities support demanding industrial applications.
- Wide temperature and pressure tolerance for versatile process requirements.
- Global flange standard compliance enables easy integration into existing systems.
- Durable construction materials extend service life and reduce maintenance needs.