Steam - to - Water Heat Exchanger with 316L Stainless Steel Plates

The stainless steel gasket plate heat exchanger offers exceptional thermal efficiency and durability. Its core consists of corrugated stainless steel plates, which increase the surface area for enhanced heat transfer. Working on the principle of counterflow, fluids flow through alternating channels between the plates, maximizing heat exchange. During production, plates are precision - stamped, and EPDM or NBR gaskets are carefully bonded to ensure leak - proof seals. With a pressure rating of up to 2.5 MPa and a temperature range of - 20°C to 180°C, it suits applications like steam to water heat exchange in factories. The compact design and easy disassembly for cleaning make it a popular choice for general industrial processes.
This steam - to - water heat exchanger, constructed with 316L stainless steel plates, is optimized for industrial steam systems. It enables rapid heat transfer while minimizing energy loss, making it a reliable solution for industrial heating and cooling processes. Its robust design ensures durability in demanding industrial environments, providing consistent performance for steam - related thermal management.
Product Details
Core Components & Materials
◆ Plates: 316L stainless steel corrugated plates. These precision - stamped plates increase the heat transfer surface area, leveraging the counterflow principle to maximize thermal exchange between steam and water.
◆ Gaskets: EPDM or NBR gaskets. Carefully bonded to the plates, they create a leak - proof seal, ensuring the integrity of the heat exchange process even under high - pressure conditions.
Performance Parameters
◆ Pressure Rating: Capable of withstanding pressures up to 2.5 MPa, making it suitable for industrial steam systems with high - pressure requirements.
◆ Temperature Range: Operates efficiently within a temperature range of - 20°C to 180°C, accommodating diverse industrial steam - to - water heat transfer needs.
◆ Heat Transfer Efficiency: The corrugated plate design and counterflow operation enhance thermal efficiency, enabling rapid heat transfer and minimizing energy waste in industrial processes.
Structural Design & Efficiency
◆ Counterflow Principle: Fluids flow through alternating channels between the plates in a counterflow pattern. This maximizes the temperature difference between the steam and water, resulting in highly efficient heat exchange.
◆ Compact & Serviceable: The compact design saves space in industrial setups, and the easy disassembly feature allows for convenient cleaning and maintenance, reducing downtime and ensuring continuous operation.
Application Scenarios
◆ Industrial Steam Systems: Ideal for use in factories to transfer heat from steam to water, supporting various industrial processes such as heating, cooling, and process temperature regulation.
◆ General Industrial Processes: Suitable for a wide range of industrial applications that require efficient steam - to - water heat transfer, contributing to energy - efficient operations.
Key Advantages
◆ High Thermal Efficiency: 316L stainless steel corrugated plates and counterflow design enable rapid heat transfer, minimizing energy loss in industrial steam systems.
◆ Durable & Leak - Proof: 316L stainless steel construction and carefully bonded EPDM/NBR gaskets ensure durability and a leak - proof seal, even under high pressure (up to 2.5 MPa).
◆ Wide Operating Range: Functions effectively within a temperature range of - 20°C to 180°C, adaptable to diverse industrial thermal management needs.
◆ Easy Maintenance: Compact design with easy disassembly allows for convenient cleaning and maintenance, ensuring long - term reliable operation.
Technical Compliance
◆ Complies with industrial standards for heat exchanger performance and safety. The 316L stainless steel plates and gasket materials meet requirements for durability, pressure resistance, and thermal efficiency in industrial steam - to - water applications.
Packaging & Logistics
◆ Packaging: Protected with industrial - grade anti - collision and corrosion - resistant materials. Shipped in sturdy crates to ensure the heat exchanger arrives in perfect condition for industrial installation.
◆ Delivery Time: Typically 8 - 18 working days after order confirmation, depending on order quantity. Shipping can be arranged via freight carriers experienced in transporting industrial equipment, ensuring timely delivery to factories and industrial facilities.
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