Product Description
We have been able to meet all the requirements of our prestigious clients by manufacturing, supplying and exporting High Temp Thermic Fluid Pumps. These High Temp Fluid Pumps are generally used in hot and cold water circulation and cooling water circulations. Owing to their longer service life, less maintenance, high performance and non-corrosive surface, these products are very popular in the market. High Temp Thermic Fluid Pumps can be availed from us in varied sizes and specifications as per the requirements of the clients.
Technical Parameters :-
- Pump material: Graded Grey Cast Iron, Alloy Steel
- Pump Steering: counter clockwise rotation
- Standard or Nonstandard: Standard Type
- Lubrication Require: Grease and Oil
- Pump Structure: Single stage Pump
- Product Type: Centrifugal Pump
- Pump Speed:1450,2900r/min approx.
- Pump Sizes - DN: 25 mm to 300 mm
- Pump Pressure: Up to 15 Kg/cm2
- Capacity: 2200 M3/Hr approx.
- Pump Pressure: High & Low Pressure
- Pump "">Pump Heads: As per order
- Pump Consistency: 1-5%
- TDH H - Up To: 150 Mtr
- Pump Temperature: 350 C
- Power Type: Electric
- Pump Usage: Water
Applications of High Temp Fluid Pumps :-
- Drip irrigation, water supply and building services
- Thermic fluid, jet dyeing system, environmental
- Condensate handling, fire fighting system, environmental engineering, marine,
- Chemicals, Petrochemicals refineries, sugar paper, laminates, industries, rubber,
- Handling of hydrocarbons, organic and inorganic chemical, condensate, D.M.
- Water, food industries, salt, textiles industries, power stations and industries
- Corrosive and abrasive process chemicals like acids, Alkalis, Solvents, Slurries,
- Hydrocarbons, Crystallizing Liquids, Nitric, Ammonia, Phosphate, Chemical Effluents
Engineered for Demanding ApplicationsWith consistent operation at high temperatures and pressures, these thermic fluid pumps are specifically designed to handle the rigorous requirements of heating systems and industrial processes. Their robust construction, coupled with high temperature resistant paint, ensures peak performance even in harsh environments. Each component, from the enclosed impeller to the heavy-duty ball bearings, has been selected for durability and efficiency.
Versatile Installation & OperationThe base plate mounting and horizontal shaft orientation allow for straightforward installation in a variety of setups. Top horizontal nozzle location and end suction design enable smooth integration into existing systems, while ANSI/ASA/IS standard flanges ensure compatibility. The pumps are suitable for circulation in thermic fluid heaters as well as fluid transfer in various industries, offering flexibility to end users.
FAQs of Industrial Thermic Fluid Pumps:
Q: How does the pump manage high temperature applications safely?
A: The thermic fluid pump is designed with air cooling and a high temperature resistant paint finish, allowing safe operation at temperatures up to 350C. These features, combined with a mechanical seal and heavy-duty ball bearings, help maintain reliability and minimize heat-related wear.
Q: What are the key benefits of using a base plate mounted direct coupled pump for thermic fluids?
A: Base plate mounting provides structural stability and absorbs vibrations, while direct coupling maximizes efficiency by eliminating transmission losses. This ensures reliable, low-noise operation suited for continuous-duty cycles in industrial settings.
Q: Where can these thermic fluid pumps be installed and operated?
A: They are commonly installed in chemical industries, textile plants, pharmaceutical facilities, thermic fluid heating systems, and oil transfer operations. The top horizontal nozzle configuration and standard flange connections make installation adaptable and straightforward.
Q: When should maintenance be performed on these pumps?
A: Routine inspections are recommended depending on operational intensitytypically every few months for lubrication and seal checks, since the pumps design aims for reduced maintenance with heavy-duty components and air-cooled features.
Q: What process does the pump utilize for fluid movement?
A: This pump uses the centrifugal pump theory, where fluid is accelerated by an enclosed impeller and directed through a single volute, enabling high flow rates up to 250 m/hr even with viscous fluids and continuous operation.
Q: What types of fluids can be handled and what viscosity limits apply?
A: These pumps are engineered to circulate thermic and mineral oils as well as process fluids with viscosities up to 400 CST, making them ideal for various industrial transfer and heating applications.