3M™ DI-NOC™ Fine Wood Abrasion Resistant Architectural Film - FW-236AR

FW-236AR
This FW-236AR finish keeps the classic honey-tan oak character of 236 paired with an abrasion-resistant wear surface. The face reads as natural rift-sawn oak with steady linear grain. Specified for university lab benches, healthcare exam-room cabinets, and retail fitting-room walls where high-traffic interiors call for hardened durability.

Fine Wood Series
The Fine Wood series emphasizes detailed wood grain expression through high-quality printing combined with embossing. Grain patterns are carefully coordinated with surface texture to enhance depth and realism across each design.

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 decorative surface films designed to help remodel and refresh existing spaces without the cost, downtime, and waste of traditional construction materials. With over 900 patterns, colors, and textures available, DI-NOC finishes offer exceptional design flexibility while remaining durable, stain resistant, easy to clean, and simple to maintain. These films can be applied to walls, doors, columns, cabinetry, and complex curved surfaces, and feature 3M™ Comply™ Adhesive technology to help reduce air bubbles for faster, cleaner installation.

Highlights
- Reduces visible scratches in high-traffic areas
- Scratch residue can be wiped clean
- More cost effective versus traditional construction materials
- Quick and easy installation with less downtime, noise, and disruption
- Resistant to common stains, cleaners, and disinfectants