Heat Exchangers
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This high-efficiency heat exchanger is designed for wooden furnaces. It features copper tubing and aluminum fins for optimal heat transfer, enclosed in a durable metal frame.

This brazed plate oil cooler is designed for efficient heat transfer. It features a compact, durable construction with multiple parallel plates to maximize surface area.

This manual fin straightening tool is designed for use on heaters and heat exchangers. It is used to straighten bent fins on radiators, air conditioning condensers, and other heat exchange components, improving airflow and heat transfer efficiency.

Precision-engineered metal components designed for heater and heat exchange applications. Manufactured from a durable metal alloy, these components exhibit high thermal conductivity and corrosion resistance, ensuring reliable performance in demanding industrial environments.

This industrial heater and heat exchange unit is designed for efficient temperature control. It features robust construction, a user-friendly control panel, and safety features to ensure reliable operation.

This industrial unit provides both heating and heat exchange capabilities. Its robust stainless steel construction is mounted on casters and includes a control panel for efficient thermal management.

This industrial water cooler heat exchanger is designed for efficient thermal management. The robust unit features a cylindrical shell-and-tube design with multiple flanged connections.

This coiled heat exchanger efficiently heats or cools fluids. Its design maximizes the surface area for optimal heat transfer in industrial settings.

This four-stage gas cooler is designed for petrochemical engineering applications. The robust heat exchanger efficiently cools gases through four distinct stages, optimizing thermal transfer and ensuring reliable performance in demanding industrial environments.

This three-section gas cooler is designed for efficient heat exchange. It features a metallic body with multiple ports and steel supports, suitable for various industrial processes.

This horizontal, cylindrical gas cooler is designed with two sections for efficient cooling. It is constructed from robust metal, ensuring durability and corrosion resistance in demanding industrial environments.

This one-stage gas cooler is designed for efficient heat transfer. It is constructed from stainless steel and equipped with internal baffling to optimize gas flow and cooling performance.

This heat exchanger is designed for methanol recovery tower cooling applications. It features a shell and tube design for efficient heat transfer.

This large-scale heat exchanger is designed for petrochemical engineering applications in petroleum refineries. The unit features a cylindrical shell with multiple sections, reinforced with circumferential bands, and is supported by heavy-duty steel structures.

This heavy-duty intercooler is engineered for cooling pyrolysis gas in petrochemical processes. Its multi-section design ensures efficient heat transfer within demanding industrial environments.

This three-stage interstage cooler is designed for cracked gas applications within petroleum refinery chemical engineering. It facilitates efficient heat exchange between stages, which optimizes the cracking process.

This shell and tube heat exchanger is designed for preheating naphtha feed. It is suitable for petrochemical and petroleum refinery applications.

This reboiler is designed for propylene rectification towers in petrochemical applications. It utilizes a shell and tube heat exchanger configuration with robust support structures and extensive piping.