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Discover our collection of watch glasses – Thickness T 1.0 mm , available in sapphire glass , mineral crystal or acrylic . Available in flat , curved or mixed versions (flat and curved) , these glasses guarantee precise adaptation and excellent transparency .
T 1.0 mm Watch Glass – Flat, Domed or Mixed
The T 1.0 mm indication corresponds to the height of the glass insertion location in the case . This format is designed to offer a perfect fit, whether for a repair , replacement or watch restoration . Compatible with modern watches as well as vintage pieces , these glasses ensure resistance and readability.
Main features
- Thickness : T 1.0 mm (insertion height).
- Available shapes : flat, curved or mixed (flat and curved).
- Materials : sapphire crystal (premium scratch-resistant), mineral crystal (resistant) or acrylic (lightweight and economical).
- Compatibility : modern watches and antique watches.
- Use : replacement, repair or restoration of watches.
Advantages of T 1.0 mm watch glasses
- Precision : calibrated insertion height for perfect assembly.
- Versatility : choice of shapes (flat, curved, mixed) depending on the desired style.
- Durability : Scratch-resistant sapphire, tough mineral, easy-to-polish acrylic.
- Optimal transparency : excellent readability of the dial.
FAQ – T 1.0 mm Watch Glass
What does the indication T 1.0 mm mean?
It corresponds to the height of insertion of the glass into the case , essential for choosing a compatible glass.
What is the difference between flat, domed, and flat/domed?
The flat brings sobriety, the rounded gives relief and a vintage style, while the mixed combines the two for an elegant result.
Which materials should you choose between sapphire, mineral and acrylic?
Sapphire is high-end and scratch-resistant, mineral is robust and economical, acrylic is light and easy to polish.
Are these glasses suitable for antique watches?
Yes, the T 1.0 mm format is suitable for both vintage and modern pieces .
How to measure the diameter and thickness of the glass to be replaced?
Use a caliper for accurate measurement to within tenths of a millimeter.
