Unitech 9H Glass Screen Protector balenie 10 ks 5400-900062G

Field technicians and warehouse staff rely on their Unitech handhelds for scanning, data entry, and communication in demanding environments. This 10-pack of 9H tempered glass screen protectors ensures that every device in your fleet stays protected from scratches, impacts, and daily wear. Each protector is precision-cut for Unitech devices, maintaining full touch sensitivity and display clarity.

Key specifications

• Material: Tempered glass with 9H hardness rating
• Pack quantity: 10 protectors per pack
• Thickness: 0.33 mm for a slim profile
• Transparency: 99% HD clarity for vibrant display
• Coating: Oleophobic anti-fingerprint layer
• Edges: 2.5D rounded for smooth feel
• Adhesive: Full-surface silicone for bubble-free application
• Protection: Scratch-resistant, shatterproof, UV protection
• Included: Cleaning wipes and dust absorber for easy installation

Why choose it

These protectors are engineered for high-use environments where devices are exposed to keys, tools, and rough surfaces. The 9H hardness resists scratches from metal objects, while the shatterproof design prevents cracks from spreading if the screen is hit. The oleophobic coating repels oils and smudges, keeping the screen readable even after hours of use. With a 10-pack, you can outfit multiple devices or have replacements ready for frequent field swaps.

Ideal use cases

• Warehouse and logistics operations using Unitech scanners
• Field service teams requiring durable screen protection
• Retail environments with high device turnover
• Fleet management for multiple Unitech units

Good to know

Each protector includes a cleaning kit for a dust-free installation. The full-surface adhesive ensures no air bubbles or lifting edges, and the 2.5D rounded edges provide a comfortable feel when swiping. The transparent design preserves the original display brightness and color accuracy. For best results, align the protector carefully before applying pressure; the silicone adhesive allows repositioning during installation.