Plate And Shell Heat Exchanger

Plate and Shell Heat Exchanger Product Introduction
I. Product Overview: The Preferred Choice for Efficient and Energy-Saving Industrial Heat Exchange
The Plate and Shell Heat Exchanger is a new type of industrial heat transfer equipment that combines the high-efficiency heat transfer advantages of plate heat exchangers with the stable pressure-bearing characteristics of shell and tube heat exchangers. It utilizes corrugated plates as the core heat transfer elements and features a shell constructed in strict accordance with pressure vessel standards.
Boasting core highlights such as a compact structure, excellent heat transfer efficiency, strong impact resistance, and a small footprint, it is widely suitable for various industrial sectors including petrochemicals, energy and power, metallurgy and mining, food and pharmaceuticals, and marine engineering.
Designed for complex working conditions involving high temperatures, high pressures, and corrosive media, this equipment accurately achieves efficient energy transfer between hot and cold fluids. It helps enterprises significantly reduce energy consumption and improve overall production efficiency, making it an ideal solution for efficient heat exchange in industrial scenarios.
II. Core Advantages: Empowered by Hardcore Technology, Highlighting Superior Performance
High-Efficiency Heat Transfer & Significant Energy Savings:
The innovative corrugated plate design expands the heat transfer area while strongly enhancing fluid turbulence. The heat transfer coefficient is 30% to 50% higher than that of traditional shell and tube heat exchangers. This higher heat utilization rate directly helps enterprises reduce energy consumption costs, aligning with energy-saving production needs.
Stable Pressure Bearing & Adaptability to Complex Conditions:
The shell is made of high-quality corrosion-resistant materials such as carbon steel and stainless steel, processed through rigorous pressure vessel manufacturing techniques. With a pressure-bearing capacity of 1.6 to 10.0 MPa and a temperature range of -40°C to 400°C, it operates stably in harsh industrial environments involving high temperatures, high pressures, and strong corrosion.
Compact Structure & High Space Utilization:
Compared to shell and tube heat exchangers of equivalent heat transfer power, its volume is reduced by over 50% and weight by 40% to 60%. This greatly saves plant floor space and facilitates equipment layout planning, installation, and subsequent maintenance.
Anti-Fouling & Easy Maintenance with Controllable Costs:
The smooth and flat plate surfaces result in low fluid flow resistance, effectively reducing the risk of fouling accumulation. The modular structural design allows plates to be individually disassembled for cleaning or replacement, lowering maintenance costs while significantly extending equipment service life.
Customized Services for Precise Matching:
We offer customization of core parameters such as plate material, corrugation pattern, and heat transfer area based on specific client requirements (including medium characteristics, flow parameters, temperature ranges, and pressure standards). We provide integrated services from scheme design and manufacturing to installation and commissioning, ensuring seamless integration of the equipment with the client's production system.