Protector de pantalla antirreflejo Getac GMPFXQ 25,7 cm (10,1") PET

The Getac GMPFXQ anti-glare screen protector is designed for 10.1-inch displays and precisely cut to fit the Getac UX10 tablet. Made from durable PET (polyethylene terephthalate) with a matte finish, it protects the screen from scratches and smudges while reducing surface reflections for improved readability under common ambient lighting. The film installs and removes cleanly without leaving adhesive residue.

Advantages

The PET construction provides scratch resistance and maintains touch sensitivity. The anti-glare coating diffuses reflected light to reduce glare and improve visibility in indoor and outdoor shaded conditions. The protector is precut for an exact fit on the UX10 and can be applied or removed without sticky residue.

Suitable for (tasks / use cases)

• Field work where screen readability is important
• Office and warehouse environments with overhead lighting
• Mobile use that risks scratches or fingerprints
• Situations requiring easy removal and replacement of the protective film

Key specifications

• Model: Getac GMPFXQ
• Size compatibility: 10.1-inch screens (Getac UX10)
• Material: PET (polyethylene terephthalate)
• Finish: Matte / anti-glare
• Protection: Scratch and smudge resistance; reduces glare
• MPN: GMPFXQ

How to use

Clean the UX10 screen thoroughly with a lint-free cloth and, if provided, a cleaning wipe to remove dust and oils. Peel the backing from the protector and align the film with the tablet display edges and cutouts. Apply from one edge, smoothing across the screen to remove air bubbles. If bubbles remain, lift the nearest edge and reapply or smooth them out toward the nearest edge using a soft card or cloth. To remove, peel slowly from a corner and discard; no adhesive residue should remain.

Recommendations

For best results, apply the protector in a dust-free environment and store unused films flat to avoid dust and deformation. Replace the film if it becomes heavily scratched or delaminated to maintain optimal visibility and touch performance.