3MK PROTECTION Rubicon RNCF19 - 3mk Hardy Fusion Watch Screen Protector

Protect your Rubicon RNCF19 smartwatch with the 3MK PROTECTION Rubicon RNCF19 - 3mk Hardy Fusion Watch Screen Protector. This ultra-thin hybrid film combines TPU and PET for superior impact absorption and scratch resistance, ensuring your device stays pristine. The high transparency (99%) maintains original display clarity, while the oleophobic coating resists fingerprints. Self-healing properties minimize minor scratches over time. Dry installation is bubble-free and easy, thanks to the included installation kit. Enjoy full screen coverage and maintain original touch sensitivity.

Advantages

This screen protector offers robust protection without compromising the sleek design of your smartwatch. The hybrid material provides flexibility and durability, absorbing shocks from daily bumps. The self-healing layer keeps the protector looking new, and the oleophobic coating ensures a clean screen. Easy dry installation with bubble-free results makes it user-friendly.

Suitable for

• Rubicon RNCF19 Smartwatch
• Users seeking reliable screen protection
• Active lifestyles requiring impact and scratch resistance

Key specifications

• Product Type: Watch Screen Protector
• Compatibility: Rubicon RNCF19 Smartwatch
• Material: Hybrid Film (TPU/PET blend)
• Thickness: Ultra-thin (<0.2 mm)
• Protection Features: Impact Absorption, Scratch Resistance
• Clarity: High Transparency (99%)
• Touch Sensitivity: Maintains Original Touch Sensitivity
• Self-Healing Properties: Yes
• Installation Type: Dry Installation
• Bubble-Free Installation: Yes
• Oleophobic Coating: Yes (Fingerprint Resistant)
• Edge Coverage: Full Screen Coverage
• Package Contents: 1x Protector, Installation Kit (cleaning cloth, dust remover, applicator)
• Color: Transparent

Recommendations

For best results, clean your screen thoroughly before installation. Use the included dust remover and cleaning cloth to ensure a bubble-free application. This protector is designed for daily wear and tear, providing enhanced durability.