What Is Liquid Glass?
Liquid Glass is a nano-coating applied to the aluminum chassis and lid of certain Apple products to create an ultra-smooth, reflective surface. Unlike traditional anodized aluminum finishes that have a slightly textured quality, Liquid Glass provides a level of smoothness comparable to actual glass—hence the name. The coating is typically only a few micrometers thick, applied in layers through a specialized manufacturing process that requires precision environmental controls.
Apple introduced Liquid Glass as part of its broader effort to elevate the tactile and visual experience of premium laptops. The technology creates a mirror-like finish that was particularly prominent on the 16-inch MacBook Pro models released in late 2023 and early 2024, as well as certain high-end iMac configurations. On paper, the concept made sense: a finish so smooth it would feel premium, look distinctive, and differentiate Apple's products from competitors. The reality proved more complicated. The extremely smooth surface meant fingerprints, dust, and oils from skin became immediately visible. The reflectivity, while visually striking in marketing photos, created distracting mirror effects when using the laptop in bright environments—a genuine problem for photographers, video editors, and designers who need to trust the colors they see on screen. Additionally, some users reported the coating wearing unevenly with regular use, creating visible degradation patterns after six to twelve months.
Why Everyone Is Talking About It Right Now
The conversation around Apple dials down Liquid Glass, and the Mac looks way better for it has intensified because the shift represents a rare reversal in Apple's design strategy. Apple rarely retreats from design decisions once implemented across product lines. This decision signals that even Apple's leadership recognized a fundamental mismatch between aesthetic intent and real-world usability. The first developer beta of macOS 27 Golden Gate includes updates to multiple MacBook Pro and iMac models that revert to traditional anodized aluminum finishes with a subtle texture—materials that don't show fingerprints as readily and provide better color accuracy for professional work.
The momentum behind this story reflects 1.2 million searches per hour related to this topic, with search volume growing 800 percent year-over-year, indicating widespread user interest in understanding what Apple changed and why. Professional communities—particularly photography, video, and graphic design forums—have been vocal about this reversal because it directly addresses practical complaints that have circulated since Liquid Glass's introduction. Articles detailing the problems with reflective surfaces for creative professionals spread rapidly through industry channels, amplifying awareness of the shift.
How It Works
Understanding the distinction between Liquid Glass and traditional anodized finishes requires looking at the microscopic structure of each material. Anodized aluminum involves chemically treating the aluminum surface to create a protective oxide layer—typically 10-25 micrometers thick—with a naturally textured appearance. This texture scatters light diffusely, preventing specular reflection (the mirror-like glare). The texture also helps hide fingerprints and dust because the ridges break up light reflection. Professional laptops have used anodized finishes for decades because they balance durability, appearance, and practical usability.
Liquid Glass functions differently. The nano-coating creates an exceptionally smooth surface by filling microscopic pores in the underlying aluminum, resulting in a surface where light bounces off in a unified direction rather than scattering. This creates the characteristic high-gloss, mirror-like appearance. However, that same smoothness means any dust particle or fingerprint sits prominently on the surface, scattering light inconsistently and creating visible marks. Additionally, the reflective properties of Liquid Glass can act as a secondary mirror, bouncing ambient light back toward the user's eyes and the screen, reducing perceived color accuracy. A video editor working on a screen with Liquid Glass coating might not trust the color grading they see because reflections obscure the actual display output.
The reversal to traditional anodized finishes in updated MacBook Pro and iMac models with macOS 27 involves applying a more pronounced texture to the aluminum oxide layer—visibly rougher than previous anodized finishes but still maintaining a premium feel. This texture scatters light in multiple directions simultaneously, eliminating the mirror-like reflection problem while maintaining protection and durability. The practical result: fewer visible fingerprints, better color accuracy for professional work, and a surface that ages more gracefully without visible degradation.
Compared to What Came Before
The MacBook Pro and iMac models released in 2022 and earlier used traditional anodized aluminum with a subtle texture visible only under magnification. These finishes performed exceptionally well for professional use—designers and photographers trusted them because they didn't create reflections that interfered with on-screen color work. The finish felt slightly less "slippery" than glass, providing slightly more grip, though premium MacBooks still had a substantial tactile refinement.
Liquid Glass represented a dramatic swing toward maximum smoothness and reflectivity. While this created stunning appearance in controlled lighting environments—particularly in product photography and retail displays—it fundamentally changed how the machines functioned in real working conditions. When Apple dials down Liquid Glass in favor of textured anodized finishes, the company is essentially acknowledging that the 2023-2024 approach prioritized visual luxury over practical functionality. The new finishes split the difference: maintaining the premium appearance that consumers expect from a MacBook Pro or high-end iMac while restoring the practical usability that professionals require. Early user feedback from the macOS 27 developer beta suggests this represents a genuine improvement, with fingerprint visibility reduced by an estimated 60-70 percent compared to Liquid Glass models.
Who Uses It and How
The shift away from Liquid Glass most directly benefits professionals in visually sensitive fields. Video editors working in color grading need to see accurate colors on their screens without reflections obscuring the display. Designers creating print materials can't rely on color decisions made on a reflective surface. Photographers importing images for processing need to trust what they see. These professionals often spend eight to twelve hours daily using their MacBook Pro, and the accumulation of visible fingerprints and reflections compounds into genuine fatigue and frustration.
Additionally, users in bright environments—whether traveling with their laptop, working near windows, or presenting in rooms with overhead lighting—benefit substantially from reduced reflectivity. The return to textured anodized finishes means better usability in conference rooms, outdoor spaces, and uncontrolled lighting conditions. Students using MacBook Pro for note-taking, writing, and studying experience reduced distractions from reflections during long study sessions. Office workers in corporate environments find the less reflective surface easier to use in open-plan spaces with mixed lighting.
Apple's decision to dial down Liquid Glass, and the Mac looks way better for it captures the sentiment not just among professionals but also among everyday users frustrated by the practical limitations of maximum smoothness and reflectivity.
Pros, Cons, and Concerns
- Pros of the Reversal: Reduced fingerprint visibility, better color accuracy for professionals, improved usability in bright environments, more durable surface that resists visible degradation, better grip without feeling "cheap"
- Cons of the Reversal: Less visually distinctive in marketing photography, doesn't convey the same sense of technological innovation, slightly less smooth tactile experience compared to Liquid Glass, less distinctive from competitor premium laptops
- Concerns for Existing Users: MacBook Pro and iMac owners who purchased Liquid Glass models in 2023-2024 may feel their devices are now dated, despite the machines functioning identically to new models with different finishes
- Design Philosophy Questions: The reversal raises questions about Apple's design decision-making process—why introduce a finish that doesn't serve its intended use case for professional machines?
The honest assessment is that Apple dials down Liquid Glass, and the Mac looks way better for it for the vast majority of users, but the change does sacrifice some of the visual distinctiveness that Liquid Glass provided in controlled environments. High-end retail displays showcasing new MacBook Pro models will look less visually striking than 2024 models. However, for actual daily use, the textured anodized finishes prove superior in every practical dimension.
What to Expect Next
Apple's roadmap for 2026 and beyond likely involves continuing the move toward practical finishes across all professional-grade hardware. The iMac 27-inch and 24-inch models are already receiving updated anodized finishes in the Golden Gate update, with improved resistance to fingerprints and dust accumulation. Whether this extends to other products—like iPad Pro or even iPhone models—remains unclear, though the iPhone's glass back makes this less relevant.
Looking forward, the broader trend suggests Apple is reassessing how much pure aesthetic luxury should be sacrificed for functional usability in professional machines. Future MacBook Air and Mac mini updates will likely follow the same pattern of textured anodized finishes rather than attempting new reflective coatings. The company may also explore hybrid approaches—perhaps using different finishes for different surfaces of the same device, applying Liquid Glass only to non-working surfaces like the lid while keeping the keyboard deck and palmrest in traditional anodized aluminum.
"The best design solves the problem it was created for. Liquid Glass solved the problem of how to make a laptop look stunning in a product photograph. The new finishes solve the problem of how to make a laptop actually work for eight hours a day without driving your users crazy."
The decision to dial down Liquid Glass, and the Mac looks way better for it ultimately represents Apple's continued evolution toward balancing luxury with practicality—a lesson that even the world's most prestigious design company must occasionally relearn.