DINKONDA GLOBAL Power Plants Special SF123 Series Universal High-efficiency Gasket Type Plate Herringbone Composite Corrugated Heat Exchanger Plate

DINKONDA GLOBAL Power Plants Special SF123 Series Universal High-efficiency Gasket Type Plate Herringbone Composite Corrugated Heat Exchanger Plate

Product Overview
The SF123 series plates are the core heat exchange components of the gasket type plate heat exchanger, which are integrally formed using high-precision stamping technology and are compatible with the overall frame of the SF123 machine. They belong to the universal and efficient heat exchange plates. The board adopts a herringbone composite corrugated structure, which balances heat transfer efficiency and pressure bearing capacity. It can flexibly select various corrosion-resistant metal materials and is widely used in most conventional cold and heat exchange conditions such as HVAC, chemical, light industry, metallurgy, etc. It can achieve various process functions such as heating, cooling, condensation, and waste heat recovery.

Structural Composition
The board has a standard rectangular shape with medium flow holes at the four corners. A complete sealing strip slot is set around the board for installing rubber gaskets to achieve medium sealing; The central heat exchange zone adopts a staggered herringbone corrugated configuration, with flow distribution zones set up above and below to ensure uniform distribution of the medium throughout the entire heat exchange surface; There are positioning hooks on both sides of the plate, which can be hung on the compression crossbeam of the heat exchanger. Multiple plates are alternately stacked in A/B order to form a flow channel separating the cold and hot media from each other. We can provide various types of plates such as 304, 316L stainless steel, 2205 duplex steel, titanium, etc.

Core Features
1. Efficient herringbone ripple design: Special ripples promote the formation of sufficient turbulence in the fluid at lower flow rates, enhance heat transfer efficiency, have a high heat transfer coefficient, effectively suppress dirt adhesion, and reduce plate fouling rate.

2. Excellent pressure bearing performance: The corrugated structure strengthens the rigidity of the plate and enhances the overall pressure resistance of the machine, which can meet the pressure levels of most industrial systems and operate stably without deformation.

3. Flexible material selection and strong corrosion resistance: Stainless steel, duplex steel, titanium plate can be selected according to the properties of the medium, suitable for different working conditions such as clean water, thermal oil, weakly corrosive chemical media, seawater, etc.

4. Strong universality and easy maintenance: standardized size, easy disassembly and assembly, and the plates can be disassembled, cleaned, and replaced separately; The positioning of the gasket slot is precise, the gasket assembly is firm, and the risk of medium leakage is reduced.

5. Uniform distribution of flow channels: The optimized diversion zone structure ensures that the medium is evenly distributed throughout the entire heat exchange area, avoiding bias flow and fully utilizing the entire heat exchange area.

Technical Specifications
Product Model: SF123 Plate Heat Exchanger Plate
Plate substrate: 304/316L stainless steel, 2205, 2507 duplex steel, titanium, etc
Ripple form: herringbone composite ripple
Sealing form: gasket type seal
Compatible host: SF123 series plate heat exchanger
Applicable media: water, thermal oil, weakly corrosive process fluids, etc
Assembly method: A and B plates are staggered and stacked, suspended installation