This fully welded plate and frame heat exchanger falls into the category of fully welded heat exchangers. Adopting advanced full welding technology and exclusive structural design, it boasts core advantages such as high heat transfer efficiency, resistance to extreme working conditions, and easy maintenance. The unit can be adapted to meet the heat exchange process requirements of various industries.
Core Structural and Process Characteristics
High-quality Plate Material & Welding Technology
Heat exchange plates are pressed from special stainless steel and other materials using custom molds. The entire plate bundle is welded from the base material via gas tungsten arc welding (GTAW) without any non-metallic sealing materials, which ensures the equipment's temperature resistance, pressure resistance, and sealing performance from the process perspective.
Exclusive Corrugated Plate Design
Inheriting the corrugated plate structure of plate heat exchangers, the unique corrugated design enables the fluid to generate turbulence at low flow rates, greatly improving heat transfer efficiency. Meanwhile, the smooth surface of the plates effectively reduces fouling and lowers the frequency of equipment maintenance.
Gasket-free Sealing Design
Abandoning traditional gasket sealing methods, this unit adopts a full welding process to achieve sealing, which fundamentally eliminates equipment failure caused by gasket aging and swelling. This design is suitable for various harsh media and working conditions.
Key Performance Parameters
This heat exchanger features excellent adaptability to working conditions and can normally withstand extreme operating conditions with temperatures up to 300°C and pressures up to 3.0 MPa.
The MAX series fully welded heat exchangers deliver superior performance. Through flexible selection of various metallic and alloy materials, they are suitable for almost all heat exchange processes with a temperature range of -195°C to 538°C and an operating pressure range from vacuum to 8.2 MPa, covering an ultra-wide temperature and pressure spectrum.
Core Product Advantages
High Heat Transfer Efficiency
The low-flow turbulence design greatly enhances heat exchange efficiency, with heat transfer performance superior to traditional shell-and-tube heat exchangers. This design effectively improves energy utilization efficiency and reduces the demand for heat exchange area.
Compact and Flexible Structure
Featuring an integrated compact structural design, this unit offers small volume, light weight, and low installation space requirements. Its flexible design adapts to installation and renovation requirements of different sites, making it particularly suitable for replacing aging equipment.
Strong Resistance to Extreme Working Conditions
Equipped with a non-metallic seal-free and fully welded structure, combined with multiple material options, the equipment provides excellent temperature resistance, pressure resistance, and corrosion resistance. It operates stably in various harsh industrial heat exchange environments.
Distinct Substitution Advantages
Integrating the high efficiency of plate heat exchangers with the weather resistance of shell-and-tube heat exchangers, its compact structure, high-efficiency heat transfer performance, and flexible usability provide superior performance to completely replace traditional shell-and-tube heat exchangers.
Applicable Fields
With an ultra-wide temperature and pressure adaptability range and stable performance, this product can be widely applied to almost all industrial fields requiring heat exchange processes, including:
Chemical industry
Petroleum and petrochemical industry
Electric power and energy
Natural gas processing
Pharmaceutical industry
Waste heat recovery
This heat exchanger is particularly suitable for heat exchange scenarios involving medium and high temperature, medium and high pressure, as well as corrosive media applications.
This fully welded plate and frame heat exchanger falls into the category of fully welded heat exchangers. Adopting advanced full welding technology and exclusive structural design, it boasts core advantages such as high heat transfer efficiency, resistance to extreme working conditions, and easy maintenance. The unit can be adapted to meet the heat exchange process requirements of various industries.
Core Structural and Process Characteristics
High-quality Plate Material & Welding Technology
Heat exchange plates are pressed from special stainless steel and other materials using custom molds. The entire plate bundle is welded from the base material via gas tungsten arc welding (GTAW) without any non-metallic sealing materials, which ensures the equipment's temperature resistance, pressure resistance, and sealing performance from the process perspective.
Exclusive Corrugated Plate Design
Inheriting the corrugated plate structure of plate heat exchangers, the unique corrugated design enables the fluid to generate turbulence at low flow rates, greatly improving heat transfer efficiency. Meanwhile, the smooth surface of the plates effectively reduces fouling and lowers the frequency of equipment maintenance.
Gasket-free Sealing Design
Abandoning traditional gasket sealing methods, this unit adopts a full welding process to achieve sealing, which fundamentally eliminates equipment failure caused by gasket aging and swelling. This design is suitable for various harsh media and working conditions.
Key Performance Parameters
This heat exchanger features excellent adaptability to working conditions and can normally withstand extreme operating conditions with temperatures up to 300°C and pressures up to 3.0 MPa.
The MAX series fully welded heat exchangers deliver superior performance. Through flexible selection of various metallic and alloy materials, they are suitable for almost all heat exchange processes with a temperature range of -195°C to 538°C and an operating pressure range from vacuum to 8.2 MPa, covering an ultra-wide temperature and pressure spectrum.
Core Product Advantages
High Heat Transfer Efficiency
The low-flow turbulence design greatly enhances heat exchange efficiency, with heat transfer performance superior to traditional shell-and-tube heat exchangers. This design effectively improves energy utilization efficiency and reduces the demand for heat exchange area.
Compact and Flexible Structure
Featuring an integrated compact structural design, this unit offers small volume, light weight, and low installation space requirements. Its flexible design adapts to installation and renovation requirements of different sites, making it particularly suitable for replacing aging equipment.
Strong Resistance to Extreme Working Conditions
Equipped with a non-metallic seal-free and fully welded structure, combined with multiple material options, the equipment provides excellent temperature resistance, pressure resistance, and corrosion resistance. It operates stably in various harsh industrial heat exchange environments.
Distinct Substitution Advantages
Integrating the high efficiency of plate heat exchangers with the weather resistance of shell-and-tube heat exchangers, its compact structure, high-efficiency heat transfer performance, and flexible usability provide superior performance to completely replace traditional shell-and-tube heat exchangers.
Applicable Fields
With an ultra-wide temperature and pressure adaptability range and stable performance, this product can be widely applied to almost all industrial fields requiring heat exchange processes, including:
Chemical industry
Petroleum and petrochemical industry
Electric power and energy
Natural gas processing
Pharmaceutical industry
Waste heat recovery
This heat exchanger is particularly suitable for heat exchange scenarios involving medium and high temperature, medium and high pressure, as well as corrosive media applications.