3M pellicola di miglioramento della luminosità

Display brightness and energy efficiency often suffer due to light loss in LCD backlight units. The 3M Brightness Enhancement Film 7100256548 addresses this by redirecting off-axis light toward the viewer, significantly improving on-screen luminance without increasing power consumption. This micro-prismatic optical film is engineered for high-performance displays, delivering up to 60% brightness gain while maintaining excellent light transmission and minimal haze.

Who is it for

This film is ideal for display manufacturers and integrators working with LCD backlight units, LED displays, mobile devices, and automotive displays. It suits engineers seeking to enhance visual performance, reduce energy usage, or achieve thinner display profiles without compromising brightness or viewing angles.

Main features

• Prismatic micro-structure redirects off-axis light for up to 60% brightness enhancement
• High light transmission (>90%) and low haze (<5%) preserve image clarity
• PET base material offers durability and optical stability across a wide temperature range (-30°C to 85°C)
• Non-adhesive design integrates easily into existing display stacks
• RoHS compliant and UV resistant for long-term reliability

Specifications

• Film type: Prismatic Brightness Enhancement Film
• Material: PET (Polyethylene Terephthalate)
• Typical brightness gain: Up to 60% (1.6x)
• Typical thickness: 125 µm
• Light transmission: >90%
• Haze: <5%
• Refractive index: ~1.58
• Operating temperature range: -30°C to 85°C
• Surface finish: Smooth (both sides)
• Form factor: Rolls or sheets (customizable dimensions)
• Adhesive: Non-adhesive
• Manufacturer technology: Vikuiti™ Optical Films
• Environmental compliance: RoHS compliant

Tips

For optimal performance, position the prismatic side facing the light source and ensure proper alignment with the display's polarizers. Store in a clean, dry environment to maintain optical clarity. Custom sheet sizes can be die-cut to fit specific backlight designs.