Floor Vibration Isolators
Multi-spring floor units support floating floors and equipment bases, reducing low-frequency vibration transfer into the structural slab.
Floor · ceiling · wall · ultra-thin
Sound & Vibration Isolators
A coordinated range of resilient isolation components for floating floors, suspended ceilings, acoustic walls and compact wall-and-ceiling framing. Each component creates a resilient break that limits structure-borne vibration and noise transfer.
Isolation principle
Break the rigid path between the noise source and the building.
Vibration isolators combine a resilient spring or rubber element with a secure steel connection. Correct selection depends on supported load, operating frequency, required deflection and the surrounding acoustic assembly.
4system applications
2resilient media
1coordinated assembly
Product range
Select the connection around the assembly and supported load.
Ceiling Vibration Isolators
Spring-and-rubber ceiling hangers decouple acoustic ceiling frames from the structural slab in cinemas, KTV rooms and studios.
Wall Vibration Isolators
Bracket-mounted resilient connectors limit rigid bridging between the base wall and an independent acoustic lining frame.
Ultra-Thin Vibration Isolators (Wall & Ceiling)
Low-profile expansion-bolt isolators connect light-gauge steel framing at walls and ceilings where installation depth is limited.
Typical applications
One isolation strategy across floors, walls, ceilings and services.
Floating floors
Spring platforms and resilient pads isolate impact noise, subwoofers and vibrating equipment from the structural floor.
Suspended ceilings
Spring hangers separate the ceiling grid from the slab and complement acoustic infill and multilayer linings.
Independent walls
Wall mounts and resilient channels reduce flanking paths through rigid connections and supporting frames.
Building services
Selected isolators control vibration from fans, pumps, ducts, pipes and other mechanical equipment.
System design
Build the board into a complete isolation assembly
Final acoustic performance depends on framing, cavity infill, resilient connections, perimeter sealing and the number of lining layers.
Wall isolation system
Combine the composite board with a separated stud frame, acoustic infill and resilient connections to reduce direct airborne transmission and structural bridging.
Floating floor system
Use above a resilient underlayer within layered floor constructions to control impact noise and improve separation between occupied floors.
Suspended ceiling system
Integrate with resilient hangers, a metal ceiling frame and absorptive infill for cinemas, KTV rooms and other noise-sensitive interiors.
Talk to our export team
Request a QuoteNeed help selecting the right vibration isolator?
Send us your assembly drawing, supported load, application and quantity. Our export team will prepare a practical isolation proposal.