Ori® Acoustic Ceiling Tile in Charcoal Gray, Dynamic Slope 2, 9/16" Layin
Charcoal Gray acoustic ceiling tile featuring the Dynamic Slope 2 profile, designed for 9/16" layin grid systems
The Middle Atlantic AUO22DS2G2CHG is an Ori® Acoustic Ceiling Tile finished in Charcoal Gray. Designed to assist with reverberation control in offices and conference rooms, this 2' x 2' (60.33 x 60.33 cm) tile features the Dynamic Slope 2 profile. These tiles are constructed from 100% Polyester PET Felt using AirCore® technology to maximize sound absorption. Unlike thermoformed alternatives, these tiles are cut and folded to provide crisp, defined edges. They are BAA Compliant and designed for quick installation; simply drop the assembled tiles into a 9/16" layin grid ceiling structure to achieve the desired aesthetic and acoustic results.
Specifications are supplied by the manufacturer. For complete details, check the Resources section.Key features
Specifications
| Ceiling Tile Size | 2' x 2' (60.33 x 60.33 cm) |
| Height | 2 in (5.1 cm) |
| Width | 2 in (5.1 cm) |
| Color | Charcoal Gray |
| Material | PET Felt (100% Polyester) |
| Mounting Method | 9/16" Layin |
| Profile | Dynamic Slope 2 |
| Certifications | BAA Compliant |
Resources
Questions about this part
How do I install the AUO22DS2G2CHG ceiling tile?
These tiles ship assembled for rapid installation; simply drop them directly into a 9/16" layin grid ceiling structure.
Will this tile fit my existing ceiling grid?
This SKU is designed specifically for 9/16" layin mounting methods.
What is the material composition of these tiles?
The tiles are made from 100% Polyester PET Felt and utilize AirCore® technology for enhanced sound absorption.
Which documents are available for submittals?
Installers can access the Ori® Acoustic Unlit Ceiling Tile Instruction Sheet (PDF) for installation guidance or the Revit Models (rfa) for BIM coordination.
Are there other Ori® Acoustic Tile options available?
Yes, the Ori® series includes other color variants like Silver Gray and different profiles within the collection.