Industrial Radiators
We are one of the renowned manufacturers, exporters and traders of high quality Industrial Radiators. Since our inception in the year 1986, our company has been fabricating quality radiators by using superior quality raw materials procured from reliable vendors. We also fabricate personalized ranges according to client’s specification. Further, we fabricate both standard and customized products by meeting industrial quality standards. Our radiators are widely used in leather and wood industries. We possess a team of professionals who check the quality of the product at regular intervals and ensure to reach the product at client’s end with same quality.
Products Feature of Industrial Radiators:
- Corrosion Resistance
- Durability
- High Tensile Strength
- Long Functional Life
- Corrosion & Abrasion Resistance
- Dimensional Accuracy
- Excellent Surface Finish
Advanced Heat Transfer EfficiencyOur radiators utilize corrugated fin design combined with seamless copper/brass tubes, significantly increasing the heat transfer surface area. This structure enhances cooling performance, making them suitable for machinery demanding consistent temperature control. With a cooling capacity of 350 kW and a flow rate of 6000 LPH, they offer reliable thermal management for high-stress industrial environments.
Durable Construction & Corrosion ResistanceManufactured from high-grade steel or aluminum and protected by an epoxy coating, these radiators are built to withstand harsh operating conditions. The epoxy coating shields against corrosion, prolonging unit service life up to 10 years and reducing maintenance cycles. Robust construction ensures resilience, enabling stable performance even under sustained use and high pressure.
Versatile Applications & MountingDesigned for generator sets, industrial machinery, and compressors, these radiators can be mounted both horizontally and vertically, allowing flexible integration into diverse setups. Their compact yet powerful design (1850 mm x 290 mm x 1650 mm) makes them suitable for both retrofit and new installations, optimizing space without compromising on capacity.
FAQs of Industrial Radiators:
Q: How does the corrugated fin design improve the radiators cooling efficiency?
A: The corrugated fin structure increases the surface area for heat dissipation, enabling the radiator to transfer more heat from the fluid to the surrounding air efficiently. This design, paired with seamless copper/brass tubes, ensures rapid and consistent cooling, which is vital for high-capacity industrial machinery.
Q: What materials are used in the construction of these industrial radiators?
A: Primary materials include high-grade steel or aluminum for the main body, seamless copper or brass for the tubes, and an epoxy coating, which provides excellent corrosion resistance and durability under industrial operating conditions.
Q: When should I consider installing this radiator type in my equipment?
A: Consider these radiators when your machinerysuch as generators, compressors, or other industrial systemsdemands reliable high-capacity cooling (up to 350 kW), consistent operation in harsh environments, or when service life and corrosion resistance are priorities.
Q: Where are these radiators typically installed or applied?
A: Theyre commonly found in power generator sets, industrial compressors, heavy-duty machinery, and other applications requiring efficient cooling to maintain operational stability and protect valuable equipment.
Q: What is the water content and working pressure capacity of the radiator?
A: Each radiator holds approximately 52 liters of water and operates efficiently under a working pressure of 6 Bar, which makes them suitable for a broad range of industrial cooling systems.
Q: How does the epoxy coating benefit the radiators performance and longevity?
A: The epoxy-coated surface protects the radiator from rust and corrosion, especially in moisture-prone environments, ensuring up to 10 years of service life with reduced maintenance requirements.
Q: What advantages does this radiator offer compared to standard units?
A: Key benefits include higher heat transfer efficiency thanks to the advanced fin and tube design, robust build quality, exceptional corrosion resistance, longer service life, and flexible mounting for various industrial applications.