Heat Exchanger

Semi-welded Plate Heat Exchanger for Heating and Corrosive Medium Cooling Product Introduction Product Model: T20BW Product Category: Semi-welded Plate Heat Exchanger Core Positioning: Specifically designed for the cooling of corrosive media and the heating of various media Product Structure and Working Principle The T20BW features an innovative semi-welded structural design, with high-quality stainless steel corrugated plates as its core component. Two plates are attached

Removable Plate Heat Exchanger with High Heat Transfer Coefficient The TS20 Removable Plate Heat Exchanger delivers exceptional thermal performance through innovative design and robust construction, making it ideal for demanding industrial applications. Structure and Working Principle The core of the TS20 Removable Plate Heat Exchanger consists of heat exchange plates made of corrugated metal thin sheets with stamped grooves. Gaskets are fitted around the plates, which are

Removable Plate Heat Exchanger with High Heat Transfer Coefficient TL6B Removable Plate Heat Exchanger The TL6B removable plate heat exchanger is a high-efficiency partition wall type heat exchange device belonging to the removable plate heat exchanger series. With its compact structural design and excellent heat exchange performance, it meets the heat exchange requirements of cold and hot media in various industries, and can achieve the process goals of cooling hot media and

I. Product Structure and Working Principle 1. Core Structure The T20B-5 Detachable Plate Heat Exchanger takes "modular assembly" as its design core and mainly consists of three key components: Heat Exchange Plates : Made of stamped thin metal sheets with corrugated grooves on the surface (to enhance heat transfer efficiency and structural rigidity), serving as the core carrier for heat transfer; Sealing Gaskets : Installed around the plates to seal gaps between plates,

I. Product Positioning and Core Functions The TL15B-H Plates and Gaskets are the "core functional components" of plate heat exchangers. They work together to ensure the stable operation of the heat exchanger, with core functions reflected in two key dimensions: Medium Isolation and Sealing: The sealing gaskets fill the gaps between plates and block specific corner holes, completely preventing cross-flow of hot and cold media. At the same time, they prevent fluid leakage to

I. Product Definition and Core Positioning The plate condenser is a new type of high-efficiency condensing equipment based on the "laminated thin-plate heat exchange" technology. Essentially, it is a subdivided application category of plate heat exchangers. Through a special structural design, it enhances heat exchange between hot and cold media. Its core function is to meet the demand for "cooling and condensing gaseous media" in industrial and civil scenarios (such as steam

I. Product Positioning and Core Functions The TS6-L plates and gaskets are key components of plate heat exchangers, and they work together to fulfill two core functions, ensuring the stable operation of the heat exchanger: Medium Isolation: Through the physical separation of plates and the precise sealing of gaskets, the mixing channel of hot and cold media is completely blocked, preventing equipment failures or process contamination caused by medium cross-flow. Efficient

I. Basic Information Product Model: BB1.2 Product Name: BB1.2 Detachable Plate Heat Exchanger Product Category: Detachable Plate Heat Exchangers II. Product Structure and Working Principle 1. Core Structural Components The BB1.2 Detachable Plate Heat Exchanger features a "modular assembly" as its core design, with key components and assembly logic as follows: Heat Exchange Plates: Core heat transfer elements, made of stamped thin metal sheets with corrugated grooves (to

TL10B-H Plates and Gaskets TL10B-H plates and gaskets are key components of plate heat exchangers, with core functions including: Medium Isolation : Through the cooperation of plates and sealing gaskets, the mixing and leakage of hot and cold media are prevented. Efficient Heat Exchange : As the core heat transfer element, the plate cooperates with the corrugated structure to enhance heat transfer and realize temperature regulation between media. 1. Plate Composition and

Semi-welded plate heat exchanger is this kind of heat exchanger,whose plates are consist oftwo plates which is welded by laser along the sealgroove, and the two plates are sealed by the gasekts which clamped on the fxed plate and active plate through superposition, The advantage oisemiwelded plate heat exchanger is that one side is sealed by welding and the other siede is sealed by gasket in order to clean easily, Meanwhilethere are two special gaskets to seal the two corner

Compablco heat exchanger is 6 sides detachable welded plate heat exchanger.!t' s special patter and structure design can meet the need offrequent cleaning,The heat-exchange inner body of welded plate heat exchanger can stand high pressure and high temperature,and it' s framedesian make it easily meet heat-exchange need in diferent working condition,The frame structure is made up with four columns,upper andunder plate,four plates in the sides,and connected by bolts,So the user

Semi-welded plate heat exchanger is this kind of heat exchanger,whose plates are consist oftwo plates which is welded by laser along the sealgroove, and the two plates are sealed by the gasekts which clamped on the fxed plate and active plate through superposition, The advantage oisemiwelded plate heat exchanger is that one side is sealed by welding and the other siede is sealed by gasket in order to clean easily, Meanwhilethere are two special gaskets to seal the two corner

Industrial Plate Heat Exchanger for Centralized Heating Systems Performance Characteristics High Heat Transfer Efficiency Heat transfer coefficient of 1300-4000 kcal/(m²*°C*h), reaching up to 5000 kcal/(m²*°C*h) maximum. Transfers 6-7 times more heat than shell-and-tube exchangers at same pressure loss. Compact Design Plate spacing of only 2-8 mm with heat exchange area up to 250 m² per cubic meter. Requires only one-third the space of tube heat exchangers. Operational