Heat Exchanger TA2 Titanium Fin Tube With Pockmarked Surface

High Efficiency TA2 Pockmarked Surface Titanium Fin Tube

Material grade:

Titanium and titanium alloy tubes (TA1, TA2, TA3, ta8, ta8-1, ta9, ta9-1, TA10, gr.1, gr.2, gr.7, gr.12, gr.16, etc.)

Raw Material Guarantee:

We use best raw material from China Steel (CSPM) which has better control over the properties and chemical composition of sponge titanium smelting and billet. It relies on CSPM’s strong R&D skills, modern production facilities and national laboratories to ensure that all materials meet the requirements of international standards. As a long-term strategic partner of CSPM, our company will get priority to all kinds of resources and technical support from

Specification range:
Φ( 8.0-38.0)mm Χ Τ ( 0.5-2.0)mm

Shape:

Fin, Pockmarked Surface, Spiral sheet, Point (surface and tube bore)

Characteristics of high efficiency tube:

1. The heat transfer area between the fluid and the wall is increased, and the total heat transfer of the pipe is increased.

2. Increase the degree of fluid turbulence

1) Improve the contact efficiency between fluid and wall

2) Destroy the

development of fluid thermal boundary layer and enhance the heat transfer capacity of coffin

3) Reduce the resistance of vapor molecules to diffuse to the surface of the night film.

3. Improve water resistance

1) It can reduce the thickness

of water film and increase the heat transfer area

2) At the same time, the contact time between the fluid and the wall is increased in a certain range to enhance the heat transfer.

Corrugated titanium tube for radiator of TA2

Characteristics of high efficiency tube

1. The heat transfer area between the fluid and the wall is increased, and the total heat

transfer of the pipe is increased.

2. Increase the degree of fluid turbulence

1) Improve the contact efficiency between fluid and wall

2) Destroy the development of fluid thermal boundary layer and enhance the heat transfer

capacity of coffin

3) Reduce the resistance of vapor molecules to diffuse to the surface of the night film.

3. Improve water resistance

1) It can reduce the thickness of water film and increase the heat transfer area

2) At the same time, the contact time between the fluid and the wall is increased in a

certain range to enhance the heat transfer.