Acoustic Steel Sliding Doors

General Description: 

AMBICO’s Acoustic Steel Sliding Door and Frame Assemblies offer an outstanding solution for reducing sound transmission in environments where precise sound control is needed. Today, sound control applications are becoming increasingly popular in the entertainment, healthcare, manufacturing, government, military, and education industries. AMBICO’s sliding acoustic steel doors offer exceptional sound transmission loss without compromising the visual appeal of standard sliding door products.

Product Details:

• Acoustic Performance: Acoustic Steel Sliding Doors are available in STC ratings 33 to 56. Door thickness varies depending on the acoustic rating and the size of the opening. STC (sound Transmission Class) is the rating system used to measure the performance of an acoustic product. A higher STC rating indicates a greater reduction in noise transmission.
• Hardware and gasketing: Units are supplied complete with a perimeter gasketing system and all operable hardware. Electric operators are also available.
• Compliance and Certification: All AMBICO Acoustic product assemblies comply with the latest ASTM-90 and E-413 standards. 
• ASTM-90 is the standard test method for laboratory measurement of airborne sound transmission loss in building partitions, including doors, windows, walls, and other elements used to divide spaces.
• E-413 is a standard classification method used to calculate single-number acoustical ratings for laboratory 

Choose AMBICO Acoustic Steel Sliding Doors and Frames for enhanced speech privacy and sound reduction, suitable for all industry needs. Our products are backed by rigorous testing and compliance with up-to-date standards. Contact us today for more information.

Use Cases and Applications 

AMBICO acoustic assemblies are ideally suited for noise reduction, privacy protection, and sound control applications. With a wide range of STC ratings available, our acoustic assemblies are suitable solutions for the following applications: 

• Music and Entertainment Applications: Environments focused on music or audio experiences, including recording studios, concert venues, theaters, and broadcasting studios, demand exceptional sound attenuation to preserve sound quality and minimize sound transmission from adjacent rooms and corridors. Our Acoustic Steel Sliding Doors and Frames are designed to assist in achieving the desired sound quality while effectively preventing unwanted external noise disruptions.
• Academic Setting: Classrooms, libraries, music rooms, and gymnasiums in schools, universities, and colleges all require effective noise control measures to prevent sound disruptions that can impact student stress levels, knowledge absorption, and physical well-being. Acoustic Steel Sliding Doors and Frames are specifically designed to mitigate these negative effects by isolating classrooms and creating a conducive learning environment for students and academic staff.
• Healthcare Facilities: Hospitals, clinics, and rehabilitation centers highly prioritize privacy and confidentiality. Our Acoustic Steel Sliding Doors and Frames provide an optimal solution for enhanced privacy. They enable secure and confidential conversations between patients and healthcare providers, as well as facilitate a secure environment for critical healthcare training.
• Manufacturing & testing facilities: Noise control can greatly impact employee safety, performance, and success in industrial factories and testing facilities. Acoustic Steel Sliding Doors and Frames create sound-controlled work environments promoting concentration and productivity. 

Government and Military Organizations:

Governments and military entities are among the largest users of acoustic doors. From training facilities and interrogation rooms to conference halls, command centers, and military bases, effective sound control is crucial in these organizations. Our Acoustic Steel Sliding Doors and Frames provide the high level of speech privacy and sound control required in these information-sensitive environments.