Titanium Grade 3 Heat Exchanger Tube

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Titanium Grade 3 Heat Exchanger Tube is a specific titanium alloy widely utilized in various industries for its exceptional properties, making it an excellent choice for heat transfer applications. It belongs to the commercially pure titanium group and contains small amounts of palladium, enhancing its corrosion resistance compared to Grade 2 titanium. This enhanced resistance to corrosion makes it particularly suitable for environments where exposure to aggressive chemicals, brackish water, or seawater is a concern, ensuring extended service life and reduced maintenance costs.

One of the key advantages of Titanium Grade 3 Heat Exchanger Tube is its versatility in terms of size. The outer diameter of these tubes can range from 12.00 mm to 90.00 mm, providing a wide selection to cater to different heat exchange requirements. Smaller diameter tubes are commonly used in compact heat exchangers, while larger ones find applications in industrial-scale systems. The ability to tailor the tube diameter to specific project needs allows engineers to optimize heat exchanger performance and efficiency.

The wall thickness of the Grade 3 Heat Exchanger Tube varies from 0.50 mm to 6.00 mm. This variation enables the selection of tubes with the appropriate thickness, based on factors such as operating pressure, fluid flow rate, and structural considerations. The thicker-walled tubes offer increased strength and durability, making them suitable for high-pressure applications, while thinner-walled tubes provide weight-saving advantages, making them ideal for applications where reducing overall system weight is critical.

The length of the Grade 3 Heat Exchanger Tube is another crucial aspect to consider. With lengths available up to 12 meters, these tubes can be used in both compact and extended heat exchanger designs. Longer tubes allow for more efficient heat transfer and are often preferred in applications where space is not a limiting factor. On the other hand, shorter tubes can be used in space-constrained environments without compromising heat exchange efficiency.