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Lohabour Process Temperature Control Systems provide accurate thermal regulation for moulds, dies, reactors, rollers, and industrial process equipment. Available in both water and oil circulation designs, our controllers ensure stable operating temperatures, improved production quality, and reliable 24/7 operation.
Temperature consistency is critical in industrial manufacturing. Fluctuating mould or process temperatures can lead to longer cycle times, poor product quality, and increased production costs.
Lohabour Process Temperature Control Systems continuously circulate heated water or thermal oil through production equipment, delivering precise temperature control while improving productivity and extending equipment life.
Whether your application requires standard heating, high-temperature processing, or thermal oil circulation, Lohabour offers a complete range of industrial temperature control solutions.
Optimized heating control minimizes energy consumption while maintaining stable process temperatures.
High-precision PID algorithms continuously monitor and regulate temperature for exceptional stability.
High-efficiency stainless steel heating elements minimize warm-up time and maximize productivity.
Built with reliable industrial-grade components including:
Across the full product line, Lohabour temperature controllers cover 30°C to 300°C using water or thermal oil circulation.
Available with multiple configuration options including:
Four engineered platforms covering standard water heating through high-temperature thermal oil circulation.
Designed for general industrial heating applications using water as the heat transfer medium.
Suitable For
Designed for applications requiring higher water temperatures while maintaining precise control.
Ideal For
Thermal oil systems provide higher operating temperatures than water while maintaining excellent thermal stability.
Ideal For
Designed for demanding industrial processes requiring temperatures up to 300°C.
Suitable For
High-precision PID algorithms continuously monitor and regulate temperature for exceptional stability.
High-efficiency stainless steel heating elements minimize warm-up time and maximize productivity.
Heavy-duty pumps deliver stable flow rates for uniform heat distribution throughout the process.
Integrated cooling automatically protects the system during shutdown and temperature transitions.
Simple digital interface provides real-time temperature monitoring and easy parameter adjustment.
Every controller includes multiple protection functions including:
Maintain stable mould temperatures for improved part quality and reduced cycle times.
Ensure consistent heating for bottles, containers, and packaging products.
Control die temperatures for stable extrusion processes and improved product consistency.
Provide uniform heating for rubber moulds and vulcanization equipment.
Reduce thermal shock and improve mould life through accurate temperature regulation.
Control jacketed tanks, reactors, and industrial processing equipment.
Maintain accurate process temperatures for production consistency.
Reliable heating for industrial food processing equipment.
Maintain roller and cylinder temperatures for stable printing quality.
Available across the 3 – 24 kW range to match your process heat load.
Configured to match international voltage and frequency standards on request.
Circulation pumps sized to your piping run and required flow rate.
Additional control and monitoring options available for project-specific requirements.
Water type controllers (KMW / KMW-H) reach up to 150°C with faster heat transfer and lower operating cost. Oil type controllers (KMO / KMO-H) reach up to 300°C with better thermal stability at high temperatures, suited to demanding industrial processes.
Across the full KMW, KMW-H, KMO and KMO-H range, Lohabour Process Temperature Control Systems cover 30°C to 300°C, with heating capacities from 3 to 24 kW.
Yes. All Lohabour temperature control systems are designed for reliable continuous 24/7 industrial operation.
Yes. Multiple heating capacities, power supply configurations, pump options, and optional control systems are available to meet specific customer requirements.
Our engineering specialists can help you select the ideal water or oil temperature controller based on your required process temperature, heating capacity and equipment configuration.