Core
Published reference6–7 PCF rigid fiberglass.
Project decisionConfirm the selected core, thickness and current assembly data.
ACC-U-SOUND · Printed acoustic imagery
Put artwork, identity and absorption on the same wall plane.
Quiet Images applies printed imagery to an acoustic wall-panel construction. Plan the artwork, panel breaks, thickness, edge and mounting as one coordinated composition.
- Placement
- Wall
- Function
- Printed graphics + absorption
- Reference construction
- Rigid fiberglass + printable fabric
- Project inputs
- Artwork · panel map · thickness · edge · mounting
QI product role
Design the image at panel scale.
QI can carry one image on one panel or divide a larger image across multiple panels, allowing the acoustic treatment to become a logo, mural or visual feature.
The current product page identifies a 6–7 PCF rigid-fiberglass core and acoustically transparent printable fabric. Artwork preparation, color expectations, seams and image crop need project-specific confirmation before fabrication.
- What it does
- Integrates printed artwork with an absorptive wall-panel family.
- What changes
- Artwork, panel map, thickness, size, edge and mounting.
- What to verify
- Current art-file requirements, proof, sample, seams and matching test data.
This installed-product image demonstrates photographic output. Confirm current print process, proofing and image requirements for the project.
Configuration ledger
Treat artwork and panel geometry as one submittal.
The visual file cannot be separated from the physical assembly. Resolve crop, panel joints, dimensions, edge and mounting before the image is approved.
Image layout
Published referenceThe product page states that one image may occupy one panel or multiple panels may butt together to form a larger image.
Project decisionApprove crop, scale, seams, panel map and critical-content clearances.
Thickness + size
Published referenceThe product page lists thickness from 5/8 to 4⅛ inches and a maximum 60 × 120 inches. The PDF specification lists different AWP-style options and a 48 × 120-inch standard maximum.
Project decisionRequest current QI-specific dimensions instead of combining the two references.
Edge + finish
Published referenceSquare, bevel, miter or radius edges; acoustically transparent printable fabric is the identified QI finish.
Project decisionConfirm edge appearance, printed textile, proofing, color expectation and any alternate finish.
Mounting
Published referenceAdhesive with impaling clips and mechanical clips are published.
Project decisionCoordinate substrate, panel seams, tolerances and installer scope.
Published acoustic reference
Published absorption follows selected thickness.
The QI sheet publishes four thickness references. No value is inferred for every thickness within the broader listed range.
Open the QI product PDF| Published thickness | Published NRC |
|---|---|
| 5/8 inch | 0.55–0.60 |
| 1 inch | 0.85–0.90 |
| 1⅛ inches | 0.85–0.90 |
| 2 inches | 1.00–1.05 |
| Other listed thicknesses | Not published |
Artwork and printable fabric are part of the selected assembly. Request the ASTM C423 report that matches the current thickness, face and mounting.
Fire-test boundary
The QI product reference says components were evaluated using the ASTM E84 tunnel test and reports less than 25 / Class A or 1. Confirm current documentation for the exact printed fabric and assembly.
Published applications
Place the product in the right room condition.
QTS publishes QI for rooms where artwork, institutional identity or visual communication belongs on the acoustic wall plane.
Learning + performance
- Classrooms
- Auditoriums
- Band rooms
Media + gathering
- Broadcast rooms
- Churches
- Civic centers
Identity + arrival
- School logos
- Lobbies
Documents & coordination
Build a current QI project record.
The published PDF contains useful QI product information but its specification page is labeled for AWP. Request a current QI product submittal, artwork guide and proofing process.
Request current project documentsProduct source boundary
The current QI PDF’s second page is titled and written as an AWP specification and conflicts with the QI product page on maximum size and thickness language. Use the product PDF as a reference only and request current QI-specific submittal and artwork requirements.
Selection record
Record the selected construction, dimensions, finish, edge and mounting together. Request samples and current acoustic and fire-test documentation that match that assembly.
Field coordination
Confirm field dimensions, substrate or structure, penetrations, adjacent systems, installer scope and access requirements before fabrication or procurement.
QI questions
Clarify the assembly before specification.
Use the published information to frame product review, then verify the exact assembly and evidence with QTS.
Can one image span several panels?
Yes. The QTS product page says panels may butt together to form a larger image. Confirm panel seams, crop and registration through the current proofing process.
What artwork file should I send?
The current public page and PDF do not publish complete file-resolution, color-profile or bleed requirements. Ask QTS for the current artwork guide before final file preparation.
What is the maximum QI panel size?
The product page lists 60 × 120 inches, while the PDF’s AWP-style specification states 48 × 120 inches. Confirm the current QI-specific maximum and orientation.
Does the printed image change acoustic performance?
The published values belong to specific source configurations. Request test documentation for the selected printed fabric, thickness and mounting rather than assuming every print assembly is identical.
What should the artwork approval include?
Approve image crop, scale, color expectation, panel numbering, seams, edge treatment, orientation and any critical content that must avoid a joint.
Have a QI condition to review?
Bring the artwork and wall elevation into the same conversation.
Share the image, intended crop, wall dimensions, panel-break concept, viewing condition and performance criteria with QTS.