Breaking News! The Market Hits USD9.81 Billion As Automotive And Foldables Reshape Demand
Mar 02, 2026
In January 2026, the cover glass market reached USD9.81 billion in the year 2026, up from USD8.99 billion the previous year. The growth accelerating as applications diversify beyond smartphones. Industry analyst project USD13.78 billion in the year 2030, driven by foldable devices and automotive displays.
The growth engine - Automotive
Car displays are multiplying fast. The Mercedes S-Class now runs three distinct glass pieces: 12.3-inch curved instrument cluster, 14.4-inch central screen, and 12.5-inch passenger display.
The car 3D cover glass segment hit $4.8 billion in 2025 and should reach $9.1 billion by 2034 . Passenger cars lead adoption, though luxury vehicles still drive the most advanced applications. Saint-Gobain, AGC, and Fuyao dominate here .
Cold-forming tech is gaining ground. Tianma recently showed a 49.6-inch C-shaped display using Corning's room-temperature bending process. Saves energy versus traditional hot forming.
Foldables push glass to its limits
Ultra thin glass for foldables runs about 30mm thickness now. But the industry are moving to uneven thickness glass-thin in the hinge zone(10-20mm), the thicker elsewhere(100mm above). Allows the bend area flex while keep the main display rigid enough to survive drops.
Crease depth after 10,000 folds? Around 0.05mm invisible under normal light.
Tariffs Reshape Supply Chains
Trade policy is rewriting manufacturing footprints. Apple and Corning announced a Kentucky plant last August to produce all iPhone and Watch cover glass stateside . Meanwhile, Corning's joint venture with India's Optiemus starts finishing Gorilla Glass in first half 2026, targeting domestic smartphone makers and eventual exports .
Tariffs on Chinese-finished glass have pushed processing back to regional facilities. North American and European import duties mean more local lamination and coating capacity .
Surface tech gets smarter
Now anti-reflective coatings use multiple dielectric films with alternating refractive indices, cutting reflection below 1%. The olephobic layers still wear off after months, but deposition techniques keep improving.
