There is a continuing and growing need for MEP design engineers to be mindful of project budgets and provide the next level of “value engineering” to projects. Engineers need to keep abreast of the latest international standards and codes which are developing and are becoming more formalised in to written codes across the world. We work with you as partner in the tender stage to design effective, efficient and low cost solutions for Noise, Vibration, Wire Suspension Systems, Pipe Support & Clamps.

In the MEP (M&E) industry, the smooth progression of an MEP consultant’s design into well-coordinated constructible drawings and models is fundamental to the project’s success. Compared with the architectural and structural engineering disciplines, the structure of a typical MEP project team is typically more complex. It comprises an MEP consultant, an MEP contractor, trade-specific subcontractors (for mechanical, electric, plumbing and fie fighting disciplines), fabricators, and installation and maintenance specialists.

Often, the contractor is responsible for fabrication and installation; however, in larger projects, there are distinct parties commissioned for each task. Furthermore, all these key players are highly interdependent on each other right from when the building services are conceptualised to when they are detailed, fabricated and installed on site. Easyflex services are designed to meet your needs – no job is too large or too small. For example, we can provide submittal calculations for a hospital’s most complex MEP systems. Our experienced professionals can provide industry complaint tender specifications which are generic in nature and engineer an effective vibration isolation solution for your project. 

Some of our vibration, seismic and pipe support and and wire suspension consulting services include:

1. Vibration analysis and design
2. Vibration testing
3. Developing industry complaint vibration control, pipe fixing and wire suspension specifications
4. Diagnostics, retrofitting and problem resolution
5. Structure-borne vibration analysis
6. Vibration control and isolator design for OEM Applications
7. Seismic design engineering and product support nonstructural building components