
Centrifugal Thermic Fluid Hot Oil Pump
The MK FLOW Centrifugal Thermic Fluid Pump is designed for high-temperature applications, specifically for circulating thermal oils, hot fluids, and heat transfer media without the need for external cooling. Built with heavy-duty materials and special thermal isolating features, it is ideal for continuous operation in thermic fluid heating systems across various industries.
⚙️ Working Principle
This pump operates on the centrifugal principle, where a closed impeller rotates at high speed, generating centrifugal force that propels the hot oil from the suction to the discharge port. It features air-cooled or fan-cooled bearings and shaft seals, eliminating the need for water cooling in most installations.
📊 Technical Data
Parameter | Specification |
---|---|
Pump Type | Single-stage, End Suction, Air-Cooled Centrifugal |
Flow Rate (Q) | Up to 250 m³/h |
Total Head (H) | Up to 100 meters |
Operating Temperature | Up to 350°C (without external cooling) |
Working Pressure | Up to 16 bar |
Speed | 1450 / 2900 RPM (50 Hz) |
Cooling | Air-cooled / Fan-cooled bearing housing |
Suction / Discharge Size | DN 25 to DN 150 |
Seal Type | High-temperature Mechanical Seal / Graphite Packing |
Mounting Type | Horizontal Foot-Mounted |
Bearing Type | Heavy-duty, Grease-lubricated, High-temperature type |
Drive Type | Electric Motor (Flameproof / Standard) |
🔩 Material of Construction (MOC)
Component | Material Options |
---|---|
Pump Casing | Cast Steel, SS304, SS316, Ductile Iron |
Impeller | SS304, SS316, Cast Steel |
Shaft | SS410, SS316, High-Tensile Alloy Steel |
Shaft Sleeve | SS316 / Ceramic Coated |
Seal Faces | Carbon vs Graphite / Silicon vs Silicon |
Gaskets | Graphite, PTFE, High-Temperature Non-Asbestos |
🏭 Applications
- Thermic Fluid Heating Systems
- Plastic & Rubber Processing
- Food & Edible Oil Heating
- Textile and Dyeing Machines
- Chemical Reactors and Vessels
- Bitumen Heating Plants
- Oil-Based Heat Exchangers
✅ Conclusion
The MK FLOW Centrifugal Thermic Fluid Hot Oil Pump is purpose-built for high-temperature fluid circulation without the need for costly and complex cooling systems. With robust construction, high-efficiency design, and excellent thermal resistance, it ensures safe and reliable operation under extreme conditions. This makes it an indispensable solution for modern thermic fluid heating systems across diverse industrial applications.