Plate & Frame Heat Exchangers

JAG F Variant JAG F plate and frame heat exchangers are a revolutionary solution, ensuring increased flow turbulence and an extensive heat exchange surface. The innovative JAG heating plate corrugations pattern, developed over six years, results in a more compact, lighter, and more efficient exchanger that adjusts perfectly to individual requirements. The jagged channel design enhances flow turbulence, improving heat exchange and reducing sediment accumulation. Additional benefits include an extensive heat exchange surface and decreased overall pressure drops. The JAG F plate heat exchanger incorporates technical solutions for reliable performance across various applications. 

Series F Variant Series F plate and frame gasketed heat exchangers are reliable, proven devices optimised for heat exchange processes, particularly in technological processes. These heat exchangers offer the highest heat exchange efficiency, even in cases of very small temperature differences. The flexible design allows adjustment to operating conditions with a broad range of plate sizes, materials, and flow channel geometries. The dismountable design facilitates regular maintenance, including mechanical cleaning and expansion if necessary. 

MULTISECTION Variant The growing consumer awareness of food safety necessitates higher technological standards in food processing. Heat exchange is crucial in pasteurisation and other industrial food production processes. Our stainless steel heat exchangers enhance heating, cooling, and pasteurisation processes, ensuring efficiency, hygiene, and durability. These heat exchangers improve production efficiency while saving energy and ensuring food safety and extended shelf life. 

• High thermal performance with an innovative heating plate corrugation pattern 
• Technical solutions for easier installation and operation 
• Adjustable design with a customisable number and size of heating plates 
• Heating plates made of stainless steel or titanium for aggressive media or saltwater pools 
• Dismountable design for cleaning and expansion 
• Wide range of products 
• Double-wall system option for media separation and leak detection 
• High efficiency, energy recovery, and certified gaskets for hygiene compliance 

• Metal Roller: Available in larger models, allowing easy sliding of the rear plate for maintenance with Teflon or polyamide slides for stabilisation. 
• U-Leg: Facilitates plate pack installation and provides stable mounting to the platform. 
• Additional Front Feet: Enhance stability and secure mounting. 
• Carrying Bar Profile: Suspends heater plates in larger models, ensuring proper positioning. 
• Lock Washer: Speeds up the unscrewing of tightening bolts. 
• Front and Rear Cover Plate: Painted carbon steel with customisable colours. 
• Connections Size: DN32 to DN350. 
• Finite Element Method (FEM) Analysis: Optimises stress distribution on cover plates and fasteners, expanding operational parameters. 

Gasket Design

• Lock-in Method: Specially designed bolts press into cut-outs in heating plates, stabilising the gasket during installation. 
• Lock-on Method: A T-shaped attachment grips the profiled edge of the heating plate, securing the gasket to the vertical side for easier installation. 
• Optimised Gasket Shape: Ensures perfect sealing, even in high-pressure applications. 
• Highest Production Standards: High-quality materials and reliable deliveries

• Innovative JAG corrugations pattern 
• Triple heater plate positioning system 
• Modified distribution area 
• Optimised sealing surface 
• Additional plate reinforcement 
• Patented hybrid gasket mounting system 
• Five-point mounting system 
• 32–250 mm ports 

• Materials: Stainless Steel 316L/1.4404 and 304L/1.4307, Titanium, Carbon Steel, EPDM, NBR, FKM 
• Intended Media: Carbon Dioxide, Hydrogen, Inert & Active Gases, Hydrocarbons, Hydraulic Oils, Peroxides 
• Max Temperature: 149°C  
• Max Pressure: 400 PSI (27 Bar) 

Operation

Gasketed plate heat exchangers function by transferring heat between two fluids through thin, highly efficient heating plates. The jagged channel design and enhanced turbulence improve heat exchange performance while minimising pressure drops and sediment accumulation. The dismountable structure allows for easy cleaning, maintenance, and expansion, ensuring long-term operational efficiency across various industrial applications. The advanced gasket design enhances sealing reliability and longevity, even in challenging environments, making these heat exchangers a robust and adaptable solution for multiple industries.