Circulation Heater

Advantages

• High Temperature Performance: Designed to operate efficiently at temperatures up to 650 °C, this heater is ideal for demanding industrial processes requiring consistent and reliable heat
• Robust Construction: The use of Carbon Steel, Stainless Steel, or Incoloy for the vessel sheath ensures long-lasting durability, excellent corrosion resistance, and performance in harsh environments
• Optimized Heating Efficiency: With a watt density of up to 10 W/cm², the heater ensures fast and uniform heat transfer, minimizing energy loss and improving overall system efficiency
• Flexible Voltage Compatibility: Available in 110V, 240V, and 440V options, the heater can be easily integrated into a wide range of electrical systems, with customization available for specific project needs
• High Pressure Handling: Built to withstand pressures of up to 20 bar, the heater is suitable for use in high-pressure fluid heating systems, such as boilers, tanks, or inline circulation units
• Variable Flow Rate Support: Capable of handling flow rates between 1 to 100 L/min, depending on the model, it is versatile enough to meet both low and high-flow applications.

Applications

• Process Fluid Heating
 Efficiently heats liquids in pipelines, tanks, and closed-loop systems used across industries
• Hazardous Liquid Heating
 Suitable for safely heating oils, acids, and solvents in explosive or chemically aggressive environments.
• Deionized Water Heating for Semiconductor Industry
 Provides ultra-clean, non-contaminating heat for critical processes in semiconductor manufacturing+
• Viscosity Control
 Maintains ideal flow properties of liquids in food processing, chemical production, and cosmetic lines+
• Thermal Oil Circulation Systems
 Supports indirect heating applications where thermal oil is used as a heat transfer medium in various processing systems.

Features

• Uniform Temperature Profile
 Engineered for consistent heat distribution across the entire flow path, ensuring efficient and precise fluid heating
• Insulated Vessel for Minimal Heat Loss
 High-quality insulation reduces thermal losses, improves energy efficiency, and protects surrounding equipment and personnel
• Flexible Mounting Options
 Available in skid-mounted or panel-mounted assemblies for easy integration into various system designs and plant layouts
• Replaceable Heating Elements
 Heating elements can be replaced without dismantling the entire system or interrupting the operation, reducing downtime
• Low Maintenance Design
 Built with durability in mind, the system requires minimal upkeep and offers long service intervals for hassle-free operation.

Specification