EP 600 + Sylomer® Resilient Wall Tie

Resilient wall tie with Sylomer® for the acoustic decoupling of wall lining frames. Reduces acoustic bridges and the transmission of structure-borne sound.

The EP 600 + Sylomer® Resilient Wall Tie is designed for the acoustic decoupling of wall linings and their metal frames, creating a resilient connection between the frame and the supporting wall.

The Sylomer® elements provide resilient decoupling of the frame, effectively reducing the transmission of vibrations and structure-borne sound, while minimising acoustic bridges at the fixing points.

Its design provides a simple and robust connection for the metal frame while maintaining the resilient decoupling required to achieve high acoustic performance. The elastic properties of Sylomer® also ensure stable and durable performance over time.

The EP 600 + Sylomer® is particularly suitable for studios, residential buildings, auditoriums, plant rooms and soundproofing projects, in both new-build and refurbishment applications.

Alt imagen
 TypeSUMMARYMax.Load (kg)CodeWeight(kg)BIMCEUKCA
alt imagenEP 600 + SylomerThey are secured by two “predrilled” and easy-to-cut pins to facilitate their installation.30237070.24
 TypeSUMMARYMax.Load (kg)CodeWeight(kg)BIMCEUKCA
alt imagenEP 650 + SylomerThey are secured by two “predrilled” and bent pins to facilitate their installation. This principle can be used to make a wide range of variants. Contact us if you require a product more adapted to your building technique.30237090.24
Elastic properties
Advantages
01
Easy Installation
This mount requires minimal structural modifications, making installation quick and straightforward.
02
Incorporates Sylomer® elastomer, highly effective for isolating both high and low frequencies
Sylomer® provides high isolation across a wide frequency range and is particularly effective at high frequencies, effectively eliminating the transmission of structure-borne noise.
03
Mount offering high stability
Suspensions built with this mount barely move, thanks to a geometry designed to control the movement of the suspended element.
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