This DI-NOC product is shipped Japan, depending on what is in stock.  Please email us to find out stock Levels.  If in stock ship times are 2-4 weeks. These items are non-Refundable as they are special cut orders.

3M™ DI-NOC™ Ceramic/Brick Finish – FA-2544
Capture the timeless character of brick with the modern performance of 3M™ DI-NOC™ Ceramic/Brick Finish – FA-2544. Introduced in 2024, this advanced architectural film replicates the look and feel of traditional brick while offering a lightweight, flexible, and cost-effective alternative to masonry. Perfect for both new construction and renovation projects, FA-2544 delivers the rugged beauty of brick without the heavy installation, material waste, or maintenance.

Key Features:

• Authentic brick-inspired texture with a natural, refined appearance

• More cost-effective than traditional brick or ceramic materials

• Quick and easy installation with minimal downtime, noise, and disruption

• Resistant to common stains, cleaners, and disinfectants

• Easy to clean, disinfect, and maintain for long-lasting appeal

• 3M™ Comply™ Adhesive technology enables fast, bubble-free application

• Excellent durability compared to conventional interior surface materials

• Eligible for LEED® credits and meets CA Specification 01350 for low VOC emissions

Product Details:

• Product Code: FA-2544

• Design Family: Ceramic

• Design Pattern: Brick

• Finish: Matte

• Film Thickness: 8 mil

• Interior/Exterior: Interior

• Application Type: New Construction, Refurbishing, Decorative Surface Finish

• Application Surfaces: Walls, Doors, Partitions, Ceilings, Panels, Furniture, Elevators

• Surface Compatibility: Flat, Simple Curve, and 3D (Curved) Surfaces

• Adhesive Type: 3M™ Controltac™ / Comply™ Air-Release Pressure-Sensitive Adhesive

• Application Method: Dry

• Removability: Not Removable

• Specifications Met: CSI Division 09, CA Specification 01350

Transform your interior with FA-2544, combining the authentic charm of brick with the advanced durability, easy installation, and performance efficiency of 3M™ DI-NOC™ finishes.