Our Industrial Shell and Tube Heat Exchanger represents advanced thermal management technology engineered for demanding industrial applications. This high-performance unit features...

Our Industrial Shell and Tube Heat Exchanger represents advanced thermal management technology engineered for demanding industrial applications. This high-performance unit features a maximum working pressure of 40Bar and accommodates flow rates from 5 to 30 meters per second, making it suitable for rigorous operational environments. With a substantial 400 kilowatt power capacity, this heat exchanger delivers efficient heat transfer for large-scale industrial processes. The robust tube heat exchanger structure ensures durability and long service life, while the 380-volt electrical requirement supports integration with standard industrial power systems. Designed for new condition deployment, this unit provides reliable thermal management where performance and consistency are critical to operational success.

This heat exchanger serves essential functions across multiple industrial sectors requiring precise temperature control. In chemical processing industries, it manages reactor temperatures and facilitates product cooling during manufacturing stages. Power generation facilities utilize it for critical cooling applications in turbine lubrication systems and condenser operations. Manufacturing plants depend on its capabilities for machinery temperature regulation and process cooling needs. Petrochemical refineries employ it for heating crude oil and cooling intermediate products during refining processes. The food production industry benefits from its precise thermal control in pasteurization applications and processing operations where temperature accuracy directly impacts product quality and safety standards.

The business value of this shell and tube heat exchanger lies in its exceptional reliability and operational efficiency that translate to tangible cost savings. The robust construction minimizes maintenance requirements and reduces operational downtime, while the high-efficiency heat transfer design significantly lowers energy consumption compared to conventional systems. The unit's ability to handle extreme pressures and temperatures ensures consistent performance in challenging environments, providing operational stability that protects production quality. The long service life and durable components offer excellent return on investment through reduced replacement costs and consistent thermal management performance. These advantages make it a strategic investment for businesses seeking to optimize their thermal management systems while controlling operational expenses.

Key Features:
- Maximum working pressure capacity of 40Bar for high-pressure applications
- Liquid flow rate range from 5 to 30 meters per second for versatile operation
- 400 kilowatt power rating for large-scale thermal management requirements
- Tube heat exchanger structure designed for durability and efficiency
- 380 volt electrical system compatible with standard industrial power

Benefits:
- Reliable performance in demanding industrial environments with minimal downtime
- Energy-efficient heat transfer design reduces operational costs significantly
- Robust construction ensures long service life and reduced maintenance needs
- Versatile flow rate range accommodates diverse industrial fluid handling requirements
- High-pressure capability provides operational flexibility for various applications