DINKONDA GLOBAL Power Plants Special SF160 Series Large Heat Exchange Area Universal Reinforced Herringbone Ripple, Gasket Type Seal, Plate Heat Exchanger Plate

DINKONDA GLOBAL Power Plants Special SF160 Series Large Heat Exchange Area Universal Reinforced Herringbone Ripple, Gasket Type Seal, Plate Heat Exchanger Plate

Product Overview
The SF160 series plates are the core stamped heat exchange components of the gasket plate heat exchanger, compatible with the overall frame of the SF160 machine. They are universal plates with large heat exchange areas and are formed by high-precision molds through integrated stamping. The plate adopts a reinforced herringbone corrugated configuration, which ensures high heat transfer efficiency while having excellent pressure bearing capacity. It can be matched with various corrosion-resistant metal substrates and is widely used in heating, cooling, condensation, and waste heat recovery processes in industries such as HVAC, power plant auxiliary equipment, chemical, metallurgical, and food. It can meet the heat transfer needs of medium and large flow conditions.

Structural Composition
The overall structure of the board is a large-sized rectangular structure, with large-diameter medium circulation holes set at the four corners to ensure the circulation of high flow medium; The outer edge of the board is equipped with a complete sealing gasket slot, which is used to fix the rubber sealing gasket and achieve cold and hot medium isolation sealing; The central heat exchange zone is a herringbone corrugated heat exchange surface, with fluid flow distribution zones set at the upper and lower ends to evenly distribute the medium throughout the entire heat exchange zone; The positioning hanging ear structure is designed on both sides of the plate, which can be hung on the compression crossbeam of the heat exchanger. During operation, A and B plates are alternately stacked to form mutually isolated cold and hot medium flow channels. 304, 316L stainless steel, 2205/2507 duplex steel, titanium and other sheet materials can be selected for processing.

Core Features
1. Efficient corrugated design with large plate surface: increases the effective heat transfer area, enhances fluid turbulence effect with herringbone corrugations, and has a high heat transfer coefficient. Even under medium to high flow conditions, it maintains excellent heat transfer performance while weakening fouling deposition and delaying scaling.

2. Strong structural rigidity and reliable pressure bearing: The corrugated stamping enhances the strength of the plate body, which can adapt to higher working pressures in industrial systems. It is not easy to deform during operation and has strong equipment stability.

3. Wide range of substrate options and good corrosion resistance: stainless steel, duplex steel, titanium plate can be flexibly selected according to the working conditions of the medium, suitable for clean water, thermal oil, seawater, and various weakly corrosive chemical fluids.

4. Suitable for high flow conditions: Four corner large diameter openings, balanced distribution of medium flow resistance, suitable for handling medium to high flow media, reducing system pump consumption.

5. Convenient maintenance and disassembly: standardized structure, single piece disassembly of plates, easy to clean, inspect and replace; The positioning of the gasket slot is precise, and the gasket fits firmly, reducing the risk of medium leakage.

Technical Specifications
Product Model: SF160 Plate Heat Exchanger Plate
Plate material: 304/316L stainless steel, 2205, 2507 duplex steel, titanium, etc
Ripple form: reinforced herringbone ripple
Sealing form: gasket type seal
Compatible host: SF160 series plate heat exchanger
Applicable media: water, thermal oil, seawater, weakly corrosive process fluids
Assembly method: A/B plate staggered stacking, suspended assembly