Clover on Yonge

Building foundation isolation from subway vibration.

Clover on Yonge

Building foundation isolation from subway vibration.

REGUPOL acoustics helped develop noise and vibration isolation recommendations and provided isolation material for the Clover on Yonge residential community. Located in the heart of Toronto, the 55-story tower features 21 private residences and 513 units. The Clover is located on 595 Yonge Street, above the TTC Yonge-University subway line. The Yonge-University line is the oldest and busiest portion of the Toronto subway.

REGUPOL vibration 450

Passing trains generate noise and vibration that is transmitted from the subway tracks and into nearby buildings. Subway and train-induced vibrations can greatly disturb building occupants if preventive actions are not taken. 22,400 sqft of REGUPOL vibration 450 material was supplied for the project. The isolation material was installed between the building structure and the foundation walls. The system was designed to decouple the building from the foundation, greatly reducing the transmission of noise and vibration. 

REGUPOL vibration 450 is engineered from a durable blend of rubber fibers, granules, and polyurethane, offering exceptional strength and flexibility. A versatile product designed to withstand heavy loads and constant movement without compromising its integrity. Its primary function is to dampen, isolate, and absorb vibrations effectively, making it an ideal solution for noise and impact management. Thoroughly tested and approved by building authorities, REGUPOL vibration 450 meets the highest standards for safety and performance, ensuring dependable results in demanding applications.

Choosing REGUPOL in the Clover on Yonge highlights the development’s commitment to upscale living and uncompromising excellence, ensuring a serene and sophisticated environment that meets the highest standards of quality and comfort.

Project overview

Area: 22,400 sqft

Architect: architectsAlliance

Developer: Cresford Developments

Acoustical Consultant: HGC Engineering

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