
Our plate-fin (bar plate) cores consist of partitions, fins, and sealed bars, offering efficient heat transfer, high pressure resistance, and strong vibration durability. They are widely used in water-cooled, air-cooled, and oil-cooled heat exchanger systems, including automotive intercoolers, automotive radiators, air compressor radiators, heavy-duty truck radiators, and excavator radiators.
Widely used in radiators, heat exchangers, oil coolers, and intercoolers, our cooling cores support water-cooled, air-cooled, and oil-cooled applications. We provide custom solutions for plate-fin water cooler core, plate-fin air cooler core, and plate-fin oil cooler core systems for automotive, heavy-duty, and industrial applications worldwide.
Cooling cores are widely used in radiators, intercoolers, oil coolers, and heat exchangers for automotive, industrial, and heavy-duty equipment. With efficient heat transfer, compact plate-fin design, and custom sizing options, they provide reliable performance for water, air, and oil cooling systems.
We provide custom cooling core solutions for different applications, installation spaces, and thermal performance requirements. Core size, fin structure, flow layout, material, pressure condition, and connection design can be customized according to your project needs.
We keep a comprehensive inventory of heat exchangers, spare parts, and essential process equipment, enabling prompt response to customer demands and minimizing downtime for critical projects.
We accept drawing-based customization (CAD or sample-based) and can assist in redesigning or improving existing radiator structures to enhance cooling efficiency, durability, and service life.
All custom radiator core are manufactured under strict quality control processes, including pressure testing and leakage inspection before shipment.
A radiator core is the heat exchange section of a radiator, designed to transfer heat efficiently in cooling systems.
Most of our cores are made of aluminum with a plate-fin structure for efficient heat transfer and compact design.
Yes. Core dimensions, fin type, layout, and connection design can be customized according to application requirements.
They are commonly used in radiators, heat exchangers, oil coolers, intercoolers, industrial equipment, and heavy-duty cooling systems.
Water-cooled cores transfer heat through liquid circulation, air-cooled cores rely on airflow, and oil-cooled cores are designed for oil temperature control.
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