Search
Close this search box.

Vertical Transportation System

Vertical Transportation System – Noise and Vibration Control

Vertical transport systems—elevators, escalators, and moving walkways—are essential in modern high-rise buildings, commercial spaces, airports, and transit hubs. However, these systems generate airborne noise and structure-borne vibrations, which can travel through walls, shafts, and floors, affecting occupants’ comfort and overall building acoustics. Without proper acoustic treatment and vibration isolation, noise from motor operations, mechanical components, and passenger movement can become a persistent issue in nearby residential spaces, offices, and rooms.

Effective noise control for vertical transport systems involves a combination of soundproofing and vibration isolation techniques. Acoustic lining for elevator shafts, vibration-damping mounts for motors, and resiliently isolated machine rooms and guide rails help reduce noise transmission within the building structure. For escalators and moving walkways, rubberized isolation pads and anti-vibration supports effectively control structure-borne disturbances while ensuring smooth operation.

At Zeal Acoustics Solutions, we specialize in designing custom acoustic and vibration mitigation solutions for vertical transport systems in commercial and residential buildings. Our approach ensures that elevators and escalators operate quietly, preventing noise disruptions in adjacent spaces while enhancing the overall acoustic comfort of the building. Whether for new construction or retrofitting existing systems, we deliver solutions that balance performance, safety, and superior noise control.

Turnkey Acoustic Solutions

Have any Questions? Call us Today!

+971 50 641 4757

Brochures

Cras enim urna, interdum nec por ttitor vitae, sollicitudin eu erosen. Praesent eget mollis nulla sollicitudin.
At vero eos et accusamus et iusto odio dignissimos ducimus qui blanditiis praesentium voluptatum deleniti atque corrupti quos dolores et quas molestias data.
John Doe
Designer