Samsung Electronics has unveiled its new Flex Titanium technology for the next generation of Galaxy foldable devices.
Built on seven generations of foldable innovation and engineering expertise, the redesigned display structure uses structural and material advancements to deliver a more refined viewing experience with enhanced durability and reduced crease visibility.
Flex Titanium technology integrates two titanium-based components:
- a titanium-alloy film and
- a titanium plate
both working together to balance slimness, flexibility and strength within the foldable display structure.
Samsung’s seven generations of Galaxy foldables and customer feedback have helped shape what users now expect from foldable devices:
a larger, more immersive viewing experience with less visible crease — without compromising durability or portability.
Flex Titanium: Next-Level Viewing
To create a display that provides an immersive viewing experience while maintaining its ability to withstand everyday use, Samsung took a new approach to structural design. This required a material strong enough to withstand external shock, flexible enough to endure repeated folding and thin enough to fit within a refined device structure.
Known for its resilience and strength, titanium has been used in some of the most demanding applications, including satellite antennas and the wheels of a Mars rover.
While its strength makes titanium a dependable material, it also presents significant engineering challenges when applied to the thin and flexible structure of a foldable display due to its stiffness.
The titanium-alloy film is a component that supports the display from within, sitting below the OLED panel. Compared with polymer film, it provides 20 times greater mechanical stiffness. A precision rolling process makes the material exceptionally thin, measuring roughly one-third the thickness of an average human hair, enabling a slimmer display panel.
Below this sits a robust titanium plate, a flexible structure that supports the display module from beneath. It allows tighter bonding with the display module by eliminating air gaps between the module and the adhesive on the plate through advanced hole processing technology. This new structure provides more stable support underneath the display when unfolded while retaining the flexibility needed to accommodate repeated folding.
Furthermore, by integrating a high-resolution architecture and next-generation organic materials, the new display delivers ultra-vivid display resolution while reducing power consumption, delivering a dramatic boost in overall power efficiency.
“By introducing sophisticated micro-patterned holes to the folding section of the titanium plate, we have successfully secured flexibility with robust durability,” said Kyung-Jin Yoo, EVP and Head of Mobile Display Product Development Team, Samsung Display. “Combining high-resolution display architecture with new organic materials that maximize power efficiency, we will further strengthen the competitiveness of next-generation Galaxy foldable devices.”
Together, these advancements enable a strong foldable display that maximises content immersion on a seamless screen and reduces crease visibility, all while keeping it slim. By balancing strength, flexibility and structural stability, Samsung continues to set the bar for foldable displays.
The new Flex Titanium technology will debut with Samsung’s next-generation Galaxy foldable devices. Further details will be unveiled at Galaxy Unpacked, 22 July 2026 at 2pm. Register here.
Related Post: Samsung HBM4: Now in Production and Shipping
