MetaWrx® is an advanced floor isolation technology designed to reduce structure-borne vibration, shock energy, and impact noise transmission in fitness, performance, and specialty spaces. Suitable for consultants, contractors, and acoustic design teams across the UAE, GCC, Middle East, and MENA region, MetaWrx® supports low-profile floor assemblies where vibration control and acoustic comfort are critical.
Kinetics Noise Control Inc. Products
Advanced Floor Isolation for Shock, Vibration, and Noise Control
MetaWrx® by Kinetics Noise Control is a next-generation floor isolation system engineered to dramatically reduce structure-borne vibration and shock energy transmission from the source to the receiver. It improves the user experience both inside and outside rooms where impact, shock, vibration, and noise occur, making it suitable for demanding architectural and building acoustic applications.
Engineered for Low-Profile Floor Build-Ups
MetaWrx® is especially effective for projects that require lightweight, low-profile floor construction while maintaining desired floor and ceiling heights. This makes it a practical solution for facilities where acoustic isolation must be coordinated with architectural, structural, and MEP design constraints.
High-Performance Isolation Technology
MetaWrx® uses an integrative structural-material design developed to maximize damping when shock and vibration loads are applied transversely through the isolator. This mechanical formulation helps deliver repeatable vibration attenuation performance for spaces exposed to dynamic activity, footfall impact, fitness equipment loads, and performance-related movement.
Project Suitability Across the UAE, GCC, and MENA
For acoustic consultants, architects, MEP engineers, contractors, and project developers, MetaWrx® provides a reliable floor isolation approach for commercial, hospitality, fitness, education, cultural, and mixed-use developments. It is well suited for projects where controlling vibration transfer, reducing impact noise, and improving acoustic comfort are essential to building performance.
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