ICW
Designed for spring-isolated ceilings in wood-framed construction, this side-mounted 1″ deflection spring hanger includes thoughtful details, such as a pre-compression bracket above the spring to prevent uplift/displacement during the gypsum board installation process. A single UL assembly number allows for use of either wood joists, engineered wood beams, or open trusses. Installation of the ICW to the side of joists saves space while providing some of the best acoustical performance achievable in wood-framed buildings. ICW springs are sold with project-specific shop drawings that detail the spring layout, spring deflections, seismic restraint, and installation sequencing. Acousthetics offers an optional service to have the shop drawings fully engineered and signed/stamped by a state-licensed third-party structural engineer.
What is the ICW Wood-Frame Hanger?
The ICW Wood-Frame Hanger is an advanced acoustic isolation hanger system designed for wood-framed ceilings. It uses a side-mounted spring to provide superior sound isolation, effectively reducing noise transmission between rooms.
How does the ICW Wood-Frame Hanger improve sound isolation?
By utilizing a spring-loaded system, the ICW Wood-Frame Hanger decouples the ceiling from the structure, which prevents sound vibrations from traveling through the framing and reduces noise leakage into adjoining spaces.
What is the difference between a regular hanger and the ICW Hanger?
Unlike traditional hangers, the ICW Hanger uses a spring mechanism that provides 1-inch deflection to isolate sound. This unique feature helps achieve better sound isolation, making it ideal for environments where noise control is critical.
Is the ICW Wood-Frame Hanger easy to install?
Yes, the ICW Wood-Frame Hanger is designed for easy installation, particularly in wood-framed buildings. It saves valuable installation space and includes shop drawings to assist with setup.
Can the ICW Hanger be used for both residential and commercial projects?
Absolutely! The ICW Wood-Frame Hanger is suitable for both residential and commercial projects, providing effective sound isolation in various types of buildings such as apartments, offices, and hotels.
Where can the ICW Hanger be used?
The ICW Hanger is perfect for use in wood-framed ceilings, including residential homes, offices, multi-family buildings, and other wood-framed construction types where sound isolation is a priority.
What are the benefits of using the ICW Hanger over other sound isolation products?
The ICW Hanger offers superior acoustical performance, easy installation, and a compact design. Its spring-loaded system reduces noise transmission without the need for complex installation techniques, offering both efficiency and reliability.
How do I order ICW Wood-Frame Hangers for my project?
You can easily request a quote by contacting us directly through the website, providing your project details and location. Our team will provide customized pricing and product recommendations.
What is the spring deflection of the ICW Wood-Frame Hanger?
The ICW Hanger features a side-mounted spring that allows for a 1-inch deflection. This deflection is key to achieving high levels of sound isolation by decoupling the ceiling from the wood framing.
What materials are used in the ICW Wood-Frame Hanger?
The ICW Wood-Frame Hanger is made from high-quality, durable materials including heavy-duty steel components for the hanger and a resilient spring designed for long-lasting acoustical performance.
Can the ICW Wood-Frame Hanger support different ceiling weights?
Yes, the ICW Hanger is designed to support various ceiling weights. Depending on your project’s needs, it is important to select the right configuration for optimal support and sound isolation.
What load capacity does the ICW Wood-Frame Hanger support?
The ICW Hanger is engineered to accommodate a variety of ceiling systems. However, for specific load requirements, we recommend consulting the product datasheets or speaking with Acousthetics to ensure proper load capacity is met.
What types of ceilings are compatible with the ICW Wood-Frame Hanger?
The ICW Hanger is designed for wood-framed ceilings, including standard wood joists, engineered wood beams, and open trusses. It can be used for both new constructions and renovations. ICW can also be integrated into structures with steel joists and open web trusses.
Does the ICW Hanger provide seismic restraint?
Yes, the ICW Wood-Frame Hanger can be installed with seismic restraints, ensuring that it meets local seismic codes and provides stability during natural events such as earthquakes.
Is the ICW Hanger compatible with other soundproofing products?
Yes, the ICW Hanger can be combined with other soundproofing and isolation products like acoustic panels or mass loaded vinyl for enhanced noise control in sensitive environments.
What is the recommended installation process for the ICW Hanger?
The ICW Hanger should be installed by following the detailed shop drawings provided by Acousthetics. Proper alignment and installation of the spring and hanger components are crucial for achieving optimal sound isolation performance.
Does the ICW Hanger require any maintenance?
Once installed, the ICW Wood-Frame Hanger generally requires no maintenance.
Are engineered drawings included with the ICW Hanger purchase?
Yes, Acousthetics and Kinetics provide engineered shop drawings with each purchase, detailing spring layout, deflection requirements, and seismic restraints to ensure proper installation.
How does the ICW Hanger compare to other acoustic solutions in terms of effectiveness?
The ICW Wood-Frame Hanger stands out for its ability to decouple the ceiling from the structure through its spring-loaded system, providing superior acoustical performance compared to traditional isolation methods like foam or rubber-based hangers.
Is the ICW Hanger suitable for high-rise buildings?
Yes, the ICW Hanger is ideal for multi-story buildings, including high-rise apartments and offices, as it helps reduce sound transmission between floors while maintaining structural integrity and space efficiency.