Mason were specified to provide floating floors on this project in Kings Cross by Sandy Brown Associates. Floors were required in the Spinning Room, Cardio Suite, Strength Studio and Movement Studio comprising of over 900 square metres of flooring.

Gymbox in Shepherds Bush had been receiving complaints about the use of the Free Weights zone within its premises. Mason UK worked to design a suitable system to isolate the energy from Free Weights dropping onto the Structural slab. In the past restrictions had been placed on the Free weights zone,

Mason UK designed manufactured and supplied the 6.0Hz isolation bearings for the new Birmingham Conservatoire

Mason UK were specified to provide acoustic products and systems for the new Farm Studios on Newman Street in Central London. We worked on the design team, designing and installing the Mason FSN jack up floating floor system and supplying several other acoustic products to isolate the walls and ceil

Mason UK were brought in by IAC Acoustics to design a Floating Floor System for an Anechoic Chamber at the New St Gobain Plastics facility in Bristol.

Mason UK were contracted to design lateral building restraints to tie two buildings together structurally, whilst still being separated acoustically.

Mason UK sponsored the 2015 Acoustics and Noise Consultants awards, for the category of Vibration.

A gym was built on what was the roof of the Westfield Stratford shopping centre.

Bespoke shock mounts to absorb impact energy from a large press

We worked on the new Resorts World Complex at the Birmingham NEC, working with Galliford Try. We supplied several products and installed concrete jack up acoustic floating floors for 11 cinema.

The new machine shop at Cambridge University (Dept. of Chemical Engineering & Biotechnology) required a very specific response from the floating floor.

Mason UK won the contract from Dawnus Construction to supply acoustic bearings for the raked seating and jack up floating floors for the new Vue 7 screen Cinema complex in the Kingsmead Shopping Centre in Farnborough.

Mason UK worked on the new Karolinska Hospital in Stockholm, Sweden where the roof serves as a landing pad for two helicopters. To prevent pulsations from the rotor blades affecting the sensitive equipment in this medical research facility the entire roof structure is isolated by our bespoke spring

Mason UK won the contract from Carillion to Design, Supply and Install Concrete Jack Up Floating Floors at The Glasgow Royal Concert Hall specified by Arup Associates.

Mason UK were contracted by Kilnbridge Construction Services on this Canary Wharf Project to design and supervise the installation of 3 jack up floating floors for the Transformer Switch Rooms on the 34th Floor of the new high rise building on Fenchurch Street.

Mason U.K. designed and installed two large inertia bases to isolate vertical boring machines in the Ernest Rutherford Laboratory, Oxford. Precision manufacturing facilities are located close by, which could not tolerate the vibration produced by these machines.

The Corinthia Hotel was suffering from problems due to Structure Borne Noise entering the building from the plant on the roof. Mason UK were employed by Ardmore Construction to provide a suitable isolation system to resolve this issue.

Isolated, acoustic, concrete spring jack up floating floors were required by the Gym Group in Manchester, to isolate against structure borne noise from their clients working out disturbing the Law Students in the college below. Click below for more information.

The Musikkenshus is designed to be the largest classical music venue in Northern Europe. To be the home of the Aalborg Philharmonic Orchestra, the project is substantial and the quality of the acoustic environment paramount.

Mason U.K. have supplied rubber isolation products for a number of their 11.5kV transformers.

For many years we have used neoprene as the elastomer in most Mason products. The main advantage of Neoprene was longevity and consistancy when compared to rubber. Rubber however is a better isolator exhibiting a lower natural frequency for the same deflection.