Oxygen concentrator radiator

Structure and Operating Principle
Bikini Composite Design

Copper Tube Waterway: Utilizes 99.9% high-purity copper tubes as water passages, with a pressure resistance of up to 30 kg/cm² and strong resistance to oxidation and corrosion.

Aluminum Fins: Aluminum fins are tightly fitted to the copper tubes through hydraulic expansion or mechanical joining, increasing the heat dissipation area (70% more than traditional wound-fin technology) and accelerating heat transfer.

Combined Process: A double-flanged joining process and mechanical expansion ensure a seamless copper-aluminum interface, eliminating thermal resistance and extending service life.

Convection Cooling Mechanism: Utilizing the “chimney effect” to enhance air convection, cool air enters from the bottom, is heated by the fins, and quickly exhausted from the top, improving heat exchange efficiency and reducing the risk of localized overheating.

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Our Value Commitment
As a professional evaporator/condenser manufacturer, we are committed to providing:
High performance: Strict design and process control to ensure that the product achieves the best heat exchange efficiency.
High reliability: Selection of high-quality materials, advanced manufacturing processes and strict quality control to ensure long-term stable operation of the product.