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The VEVOR heat exchanger water to air is a perfect solution for outdoor wood furnaces. It offers high efficiency and durability. The unit's robust construction ensures it can handle harsh conditions. Its copper brazed edges provide extra strength, making it reliable for outdoor use. Operating within -40°C to 180°C, this heat exchanger is ideal for wood stoves, offering consistent performance and long-term reliability.
This design greatly improves heat transfer efficiency. The unit also offers high leak resistance due to its copper brazing and rigorous leak testing. This ensures the heat exchanger operates without any leaks, providing peace of mind and consistent performance. Copper ports are an essential feature that maximizes temperature exchange and minimizes inefficiencies.
The VEVOR heat exchanger has 242 aluminum fins per inch. These fins are designed to maximize heat transfer between air and fins. The epoxy-coated fins offer high hardness and wear resistance. They also provide corrosion protection, reducing internal water vapor scaling. This ensures optimal heat dissipation and improves overall efficiency. All the aluminum foils make for an efficient heat exchanger.
The versatile outdoor wood furnaces heat exchanger can be used for both heating and cooling applications. It is suitable for residential settings, providing efficient performance to keep homes comfortable. Whether you need to warm your home during cold winters or cool it in hot summer months, this heat transfer will handle both tasks. With its efficient heat transfer capabilities, consistent temperatures are maintained, improving living comfort. This makes it an excellent choice for domestic heating as well as cooling systems.
This heat exchanger is made to work under a broad temperature range of -40°C to 180°C. It’s suitable for various applications, from outdoor wood furnaces to residential heating and cooling systems. The wide operating temperature range ensures the unit performs effectively in different environments. No matter if it's freezing cold or extremely hot, the heat transfer maintains its efficiency and reliability. This extensive range is testament to its versatility and robust design.
It is built to withstand high pressure and temperature. Its copper brazing at edges and contact points enhance its durability. The unit can handle a maximum working pressure of 2.5MPa, making it suitable for demanding applications. Due to its ability to resist high temperatures, it performs reliably even in extreme conditions. This makes it a dependable choice for various heating and cooling needs.
