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Keenii

iPhone Tempered Glass Protector | Vacuum AR Coating, 0.33mm

iPhone Tempered Glass Protector | Vacuum AR Coating, 0.33mm

Regular price $45.00 USD
Regular price Sale price $45.00 USD
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In short

A tempered glass iPhone protector built around a vacuum-deposited AR (anti-reflective) coating at 0.33mm thickness. The vacuum deposition process is the key construction detail — it applies the AR layer differently than standard dip-coating methods, which the manufacturer positions as producing a more durable anti-reflective finish. Available for iPhone X through iPhone 17 generations including Pro, Pro Max, Plus, and Air variants. Select the sized variant matching your exact iPhone model.

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iphone tempered glass screen protector anti reflective AR coating outdoor use

The vacuum-deposited AR coating is what separates this from a standard tempered glass protector. If you frequently use your iPhone in direct sunlight, near windows, or in any bright environment where screen glare disrupts reading or photography review, the AR coating is a practical upgrade. The 0.33mm profile keeps the glass thin enough that it does not noticeably affect touch feel. This is the optical-priority choice in the iPhone protector set.

How to use

Select the variant matching your exact iPhone model at checkout — available across iPhone X through iPhone 17 generations. Apply to a clean, dust-free screen. The 0.33mm glass is designed to sit flush without dead zones at the touch surface edges. Apply in a low-dust environment for best results.

iPhone Tempered Glass Protector | Vacuum AR Coating, 0.33mm usage
iPhone Tempered Glass Protector | Vacuum AR Coating, 0.33mm specs

Why choose this

Choose this protector if optical clarity and glare reduction are the deciding factors for your iPhone use pattern. The vacuum AR deposition process is a construction-level differentiator — the manufacturer describes it as producing a more durable AR coating layer than standard dip-coat processes, though direct independent comparison data is not provided. The 0.33mm thickness supports natural touch feel. The trade-off versus the 400°C tempered iPhone protector is that the primary investment here is in optical coating rather than glass hardness or oleophobic performance.

Trade-offs

Optimized for glare reduction via vacuum-deposited AR coating with 0.33mm slim profile. The trade-off is that it does not lead on glass hardness or fingerprint-resistance features the way the 400°C tempered iPhone protector does. Choose based on whether optical performance or mechanical strength is your priority.

iPhone Tempered Glass Protector | Vacuum AR Coating, 0.33mm lifestyle

FAQ

Which iPhone models does this screen protector fit?
It is available in sized variants spanning iPhone X through iPhone 17, including Pro, Pro Max, Plus, and Air variants. The full compatibility list is at the product listing — select the variant matching your exact iPhone model at checkout. It is designed for Apple iPhones only.
What is a vacuum-deposited AR coating and how is it different from standard anti-reflective coatings?
Standard anti-reflective coatings are often applied by dipping or soaking the glass substrate. Vacuum deposition bonds the AR material to the glass surface in a controlled low-pressure chamber, which the manufacturer states produces a more durable coating layer. The practical effect of any AR coating is to reduce surface reflection in bright conditions — the vacuum process is a construction claim about coating durability, not a guarantee of complete glare elimination.
Does the AR coating affect touch sensitivity?
The protector is designed to maintain touch sensitivity through everyday use, and the 0.33mm thickness is intended to minimize any effect on touch response. Like any glass protector, individual results can vary depending on the iPhone model and case combination.
Is this the same as the AR-coated iPhone protector from Keenii's earlier range?
This is a different product. The earlier AR iPhone protector uses a different AR process. This one uses a vacuum-deposition AR process, which the manufacturer positions as a more advanced application method. If the difference in AR process matters for your use case, review both listings before deciding.