Tech-Protect Glass Flex+ protector de pantalla de cristal híbrido para Garmin Venu 3 (pack de 2, borde negro)

Ultra-thin hybrid glass with 2.5D rounded edges delivers edge-to-edge coverage and shatterproof impact protection for your Garmin Venu 3, preserving flawless touch sensitivity and HD clarity.

Overview

The Tech-Protect Glass Flex+ 2-pack provides robust, flexible hybrid glass protection specifically engineered for the Garmin Venu 3 smartwatch. Each protector combines the hardness of glass with the flexibility of a polymer film, offering superior impact absorption and scratch resistance without compromising the display's responsiveness. The full-surface adhesive ensures a secure, bubble-free bond, while the oleophobic coating repels fingerprints and smudges for a clean, clear view. A subtle black border frames the screen, seamlessly blending with the watch's design.

What stands out

• Hybrid glass construction: flexible, shatterproof, and highly scratch-resistant.
• 2.5D rounded edges for smooth swiping and edge-to-edge coverage.
• Oleophobic coating resists fingerprints and oils for easy cleaning.
• Maintains original touch sensitivity and high-definition transparency.
• Bubble-free installation with included kit and full-surface adhesive.
• Pack of two protectors for long-term use or as a backup.

Technical details

• Compatibility: Garmin Venu 3
• Material: Hybrid glass (Glass Flex+)
• Thickness: Ultra-thin
• Surface coating: Oleophobic (anti-fingerprint)
• Transparency: High definition (HD) clarity
• Edge design: 2.5D rounded edges
• Adhesive type: Full surface adhesive
• Installation: Bubble-free, easy application
• Pack contents: 2x screen protectors, installation kit

Our verdict

The Tech-Protect Glass Flex+ offers a perfect balance of durability and clarity. Its hybrid glass material withstands daily impacts while remaining virtually invisible, and the two-pack ensures your Garmin Venu 3 stays protected for longer. An excellent choice for active users seeking reliable screen protection without sacrificing touch performance.