Acoustic Ceiling Systems

SoftGrid® ROSETTE

NOWN

Transform your environment with the NOWN SoftGrid® ROSETTE, a revolutionary acoustic solution designed to enhance sound quality while adding a touch of elegance to your ceiling. Its unique hexagonal modules not only provide outstanding sound attenuation but also integrate seamlessly with other NOWN systems, such as SoftGrid® Deca and SoundStar®, creating a harmonious blend of aesthetics and functionality.



Whether you’re designing a vibrant office, a cozy café, or a trendy studio, the SoftGrid® ROSETTE allows for versatile configurations that elevate both acoustic performance and visual appeal. Say goodbye to distracting echoes and hello to a refined atmosphere that encourages productivity and connection.

Properties

Product Code: 000
Category: Acoustic Ceiling Systems

Material Properties

Used Material:
1.2cm Asoft™ (PET), Stainless Steel
Durability:
Please review product data sheet.

Product Attribute Symbols
Dimensions

Length (cm): 1.2
Width (cm): No Information
Height (cm): No Information
Volume (cm³): No Information

Assembly and Installation Instructions

Assembly: Please contact NOWN.
Assembly Tools: Please contact NOWN.
Assembly Instructions: Please contact NOWN.
Professional Help: Please contact NOWN.

Care and Cleaning Instructions

Cleaning Instructions: Please contact NOWN.
Care Instructions: Please contact NOWN.
Recommended Cleaning Materials: Please contact NOWN.

Safety and Quality Documents

No File

Images

No image

Pricing and Payment Conditions

Pricing Policy: Please contact sales team.
Payment Options: Please contact sales team.
Delivery Period: Please contact sales team.
Minimum Order Quantity: Please contact sales team.

Warranty and Servicing Information

Warranty Period: 2 years
Warranty Coverage: Please review warranty certificate.
Service Contact : Please review warranty certificate.

References

SofftGrid® Rosette's modules are compatible with other Hexagonal systems from NOWN including SoftGrid® Deca and SoundStar® to fully immerse spaces in acoustic attentuation.