Middle Atlantic AUTT22SQSDSMPIC Acoustic Wall Tile, 2x2, Solid Pearl Ice
Overview
The AUTT22SQSDSMPIC is a 2' x 2' (60.33 x 60.33 cm) acoustic wall tile from Middle Atlantic's TruTile Designs line, built for control rooms, huddle spaces, server ante-rooms, and AV integration environments where both acoustic performance and a clean finished appearance matter. Constructed from 100% PET felt polyester at 9mm depth, it absorbs ambient noise without adding significant wall mass — at 1.8 lbs per tile, full-wall installations stay structurally straightforward. The Pearl Ice solid colorway suits neutral, professional interiors without requiring custom finishes. TAA compliant and flame retardant, it satisfies procurement requirements common in government, education, and enterprise deployments.
Compatibility
Designed for installation within Middle Atlantic's TruTile Designs acoustic wall tile system. Pairs directly with other AUTT-series tiles for modular coverage layouts — mix solid and patterned tiles within the same grid for zoned acoustic treatment. The 2' x 2' format aligns with standard drop-ceiling grid dimensions, simplifying integration into rooms that already use a 24-inch modular layout. Compatible with standard wall-mount systems; note that mounting hardware is not included — source appropriate Z-clips, adhesive mounting strips, or French cleats separately based on your substrate and wall material. For coordinated deployments, reference the broader Middle Atlantic product line for rack and furniture accessories that complete the same installation environment.
Installation Notes
At 9mm depth, the tile sits nearly flush against the wall surface — verify clearance if installing adjacent to cable raceways or conduit runs. No mounting hardware ships with this SKU; plan fastener selection based on drywall, concrete, or masonry substrate before ordering. Shipping dimensions are 25.25 x 25.25 x 5 in — account for packaging depth when estimating freight for multi-tile orders. Flame retardant material meets standard commercial build-out requirements, but confirm local fire code acceptance for the specific installation environment before specifying at scale.
