3M™ DI-NOC™ Haku/Metal Leaf Abrasion Resistant Architectural Film - FA-1678AR

FA-1678AR
This FA-1678AR finish presents a warm linen light tone with expressive surface with unique tonal character. It is an effective surface solution for healthcare corridors and educational facilities.

Abrasion Resistant Series
The Abrasion Resistant series is engineered for environments that demand superior durability. These finishes withstand heavy foot traffic while maintaining their original appearance.

Abrasion Resistant Performance
3M™ DI-NOC™ Abrasion Resistant finishes are designed for high-traffic interior environments where durability and appearance are critical. A specialized abrasion-resistant top layer helps reduce the visibility of surface scratches, while scratch debris can be easily wiped away to maintain a clean, finished look. Select designs feature advanced coating technology to preserve the realistic appearance of natural materials. These finishes are available in a variety of patterns, colors, and textures, including wood, metal, and stone, and can be applied to metal, wood, glass, and complex curved (3D) surfaces. 3M™ Comply™ Adhesive technology helps reduce air bubbles during installation, simplifying and speeding up the application process.

3M™ DI-NOC™
3M™ DI-NOC™ Architectural Finishes are self-adhesive surface films designed to transform interiors without costly renovation. Offering more than 900 designs across wood, stone, metal, and specialty textures, DI-NOC films combine design versatility with proven durability. They resist stains, common cleaners, and disinfectants, making them suitable for healthcare, hospitality, and high-traffic commercial environments. 3M™ Comply™ Adhesive technology enables bubble-free application on flat and three-dimensional surfaces.

Highlights
- Reduces the cost and disruption of full-scale renovation
- Certified fire performance per ASTM E84
- Self-adhesive film with repositionable Comply technology
- Withstands daily cleaning with commercial-grade disinfectants
- Eliminates lead times associated with sourcing natural materials