Application: heat exchanger, condenser, evaporator, chiller, etc,.

Notes: Other dimensions will be supplied upon request.

Detailed Information in Form:

Why choose titanium tubes?

1. Under the same operating conditions, the wall thickness of titanium tube is thinner and the quantity of tubes are less. Generally, for copper alloy tubes and other material tubes, wall thickness is aound 0. 9 mm - 1. 2mm, while, by using titanium tubes, the tube wall thickness could be 0.5mm.
2. Titanium tube has good thermal conductivity.The thermal conductivity of titanium is 17W/(m·k), Copper is 29W/(m·k). Titanium has the lowest thermal conductivity.
3. The use of titanium tube is more cost-effective. The price of titanium tube can compete with that of copper alloy tube. Due to the low density of titanium and the same wall thickness, the mass of titanium tube of the same length is only 50% of that of copper alloy tube. When the wall thickness of titanium tube is 50% of that of copper alloy tube, the mass of titanium tube with the same heat transfer area is only 1/4 of that of copper alloy tube. Titanium tube is competitive in price.
4. Titanium tubes have a longer service life. Because seawater is often mixed with sediment and marine organisms, they attach in the heat transfer pipe and pipe end, which will erode the copper alloy tube.

The first picture is pickling surface and seamless tubes. For heat exchanger tubings, the tube surface is usually pickling surface, the purpose of pickling is to remove the oxide skin produced after annealing of titanium tubes, a key process to ensure the quality of the tubes.