Heat exchangers are essential components of many engineering and industrial applications. They work by moving heat between fluids without them encountering one another. We can support people who need to create them by offering services like tube manipulation. They can adapt tubing effectively to suit various needs.

The most crucial thing with heat exchangers is they must work efficiently. For that to happen, you need a suitable heat transfer process. This is where titanium tube coils enter the picture. Titanium is one of the best materials for heat transfer. As a result, it is a great choice for tubing for different types of heat exchanger.

While titanium tube coils are a great choice, there are many sizes and types. It makes picking the right one for your exchangers difficult. Luckily, we are going to detail the most important factors to think about when choosing coils for your own exchanger. So, read on for some useful info.

The operating environment

This should be your initial consideration. You need to look at factors such as the fluids’ corrosive or non-corrosive nature, pressure, and temperature.

Titanium does an excellent job of resisting corrosion. Thus, it is preferable for heat exchangers working with corrosive substances. What you must remember though is that titanium possesses a limited pressure and temperature range. As a result, you need a tube coil capable of putting up with the conditions of your operating environment.

Tube configuration and size

As we said, titanium tube coils exist in many configurations and sizes. Spiral, straight, and U-shaped are some examples. You can also adapt them with things like our tube manipulation services.

Both the size and configuration influence the coil’s heat transfer abilities and flow rate. Straight tubes work better for transferring heat compared to U-shaped designs. As for helical tubes, they have greater resistance to fouling.

Tube grade and thickness

Titanium tubes come in many grades, including 2, 5, and 7. Every grade has its distinct characteristics, like thermal conductivity, corrosion resistance, and strength. This is because they are different, whether pure grades or alloys. You need to select a grade and alloy to suit your specifications.

Your tube’s thickness influences the coil’s heat transfer capacity as well. Thicker tubes give more resistance to erosion and corrosion, but they possess lower heat transfer rates.

Quality and certifications

Top tier titanium tube coils are necessary for heat exchanger efficiency. It is preferable to use coil that has certifications such as ISO 9001 attached to it. This ensures the quality.

Cost and efficiency

Titanium may be an outstanding material for heat transfer. However, it is more expensive if you compare to materials like stainless steel and copper. That being said, the long term advantages of utilising it for tube coils with cost savings, energy efficiency, and durability make the investment worth it.

We’ll meet all your needs for tube manipulation

At Multiform Tubes Engineering Ltd, we’re a flexible establishment capable of meeting all your requirements. We work hard to please each client that comes to us. With an extensive range of equipment and experience with different manipulation techniques, it is possible for us to create whatever utensil you desire.

So, if there is anything we can do for you with tube manipulation, please let us know. We can work with different grades of titanium and various other materials.