Your Reliable Plate and Shell Heat Exchanger Factory in China
Plate and shell heat exchangers utilize highly efficient heat transfer and a compact structure. They can withstand high pressure and extreme temperatures, and operate reliably and stably. In certain operating conditions, they are the preferred cost-effective solution.
Plate and shell heat exchangers combine ease of cleaning with a high heat transfer coefficient, offering the best value for money.
UAR can provide professional, customized solutions for your needs, offering technical support and quotation services. If you have project requirements, please feel free to contact us.
Types of Plate-and-Shell Heat Exchanger
Depending on the specific application conditions, a suitable UAR plate and shell heat exchanger can be selected.
Fully Welded Plate and Shell Heat Exchanger
Removable Plate and Shell Heat Exchanger
Plate and Shell Heat Exchangers by Material
UAR selects materials such as stainless steel, Hastelloy, and titanium based on different chemical media and system parameters.
Hastelloy Plate and Shell Heat Exchange
Stainless steel Plate and Shell Heat Exchange
Titanium alloy Plate and Shell Heat Exchange
Plate and Shell Heat Exchangers by Application
UAR plate-and-shell heat exchangers are used in a wide range of industries, from petrochemicals to refrigeration, shipbuilding, and oil and gas.
Refrigeration Industry
Energy Industry
Marine Industry
Petroleum Industry
Features of UAR Plate and Shell Heat Exchanger
Plate and shell heat exchangers are of reliable quality.
It combines the characteristics of plate heat exchangers and shell-and-tube heat exchangers. It achieves efficient heat transfer even at very low temperature differences.
Small size and easy installation. Plate-and-shell heat exchangers can be installed and arranged within a limited space.
Maximum design pressure: 100 bar.
Minimum design temperature: -196℃ / Maximum design temperature: 700℃.
High-Efficiency Heat Exchange
Plate and shell heat exchangers feature optimized design and flow channels, significantly improving heat transfer efficiency. Plate and shell heat exchangers offer a large heat transfer area per unit volume. They provide high-efficiency heat exchange performance under high temperature, high pressure, or large temperature difference conditions.
Adaptable to Various Environments
Plate and shell heat exchangers are suitable for a wide range of heat exchange applications and can operate stably under liquid-liquid and liquid-gas conditions. Their structure can withstand high temperatures and pressures, and can cope with frequent temperature changes. We offer solutions that meet the diverse heat exchange equipment needs of various industrial processes.
UAR can custom-design plate and shell heat exchangers. Through in-depth communication to understand operating parameters such as media, temperature, and pressure, the UAR design team provides technical solutions and production drawings. A high-quality plate and shell heat exchanger that meets all operating requirements.
Our plate and shell heat exchangers are manufactured in strict accordance with international and domestic standards such as ASME, GB, and PED. The delivered products are safe, reliable, and maintain stable pressure during operation, providing you with a trustworthy plate and shell heat exchange solution.
Yes. Customized plate and shell heat exchangers can be designed to match existing system parameters, installation space, and retrofit requirements.
Plate and shell heat exchangers have a reasonable design, resulting in longer maintenance cycles and relatively low daily maintenance costs.
Heat transfer rate, flow rates of the hot and cold fluids, pressure range, installation space, and fluid type. Based on this information, we will customize an efficient and reliable plate and shell heat exchanger solution for you.
Yes. We have developed several plate-and-shell heat exchangers specifically for environmentally friendly refrigerants, compatible with commonly used eco-friendly media such as R744 and R717.
Yes. We can provide customized plate and shell heat exchangers for special refrigerants such as crude oil, natural gas, liquid nitrogen, hydrogen, and acids and bases. Several projects involving these special refrigerants have already been successfully implemented, demonstrating stable and reliable operation.
