TF4 FULLY CLOSED CHANNEL ELEMENT
Introducing a new standard of efficiency
Designed to ensure your operations run as smoothly, cost-effectively and efficiently as possible, the Ljungström® TF4™ Fully-closed Channel Element is our new and improved fully-closed channel heat transfer element offering the highest cleaning effectiveness and significantly improved thermal performance.
The Cleanest Clean
Enhanced Efficiency
Extended Life
IMPROVE THE WAY YOUR PLANT OPERATES
New and Improved
Superior Performance
TF4 Fully-Closed Channel Element Offers a Range Of New and Improved Features That Elevate It From the Competition
Globally-renowned provider of innovative and scalable heat exchanger solutions, LJUNGSTRÖM’s latest offering, TF4 Fully-closed Channel Element, is a fully-closed channel surface offering not only the most effective cleaning but also a significantly improved thermal performance. Cleverly designed with attention to paid to every detail, our all-new TF4 Fully-closed Channel Element will change the way your business operates.
With all the features of our globally proven DNF element, our latest profile also offers a range of new and improved features including a fully-closed channel design with continuous flat to notch contact, and physically closed channels, to ensure TF4 Fully-closed Channel Element acts like a closed pipe.
Additionally, the TF4 Fully-closed Channel Element boasts closed channels that contain cleaning energy through the full depth of the basket, reversing undulations on every sheet to promote turbulent flow and efficiency, and notches to stiffen every sheet and improve resistance to mechanical damage. TF4 Fully-closed Channel Element’s smart features prevent cleaning energy diverting around deposits and allow for the ready removal of deposits at lower cleaning pressures.
How the TF4™ Fully-Closed Channel Element Can
Improve Your Operations
- Over 10% increased thermal performance for the same depth of element layer
- 3% improvement in thermal performance for equal pressure drop
- Capable of withstanding 25% higher sootblowing pressures
- A lighter and more efficient surface to reduce rotating weight and prolong bearing and drive unit life