Closed Cell Efficiency.
CEFEP is led by a shared vision to develop and promote common standards and design solutions for FEF and PEF insulation in order to realise todays energy conservation targets by insulating pipework, ductwork and associated parts of mechanical systems.
- Develop common standards for FEF and PEF insulation products
- Define best practices for the insulation of pipe and ductwork
- Develop general design solutions for FEF and PEF insulation for diverse building types and applications
- Promote and actively influence national and European decision making processes
- Co-ordinate harmonised joint-communications to relevant stakeholders on a European level
CEFEP aims to demonstrate the contribution of pipe insulation regarding energy conservation and system sustainability of the entire mechanical system.
Pipe Insulation Matters
Assessing the requirements for pipe insulation in different application scenarios and demonstrating the performance contribution of flexible insulation systems towards the efficiency of an entire mechanical system.
Campaign: Mind the Gap
Developing efficient design solutions which aim to improve the efficiency of a mechanical system. Demonstrating best practice for pipe and duct insulation for both renovation (retro-fitting) and new build systems.
Endorsing the effects of the closed cell efficiency of FEF and PEF insulation in regards to the overall energy conservation and longevity of the mechanical system.
Closed Cell Insulation
FEF and PEF insulation materials inhibit a high level of moisture resistance which effectively functions as a water vapour barrier. Insulation materials with a high moisture resistance demonstrate a stable thermal performance from day 1 which forms an integral part of "closed cell efficiency".
Flexible Elastomeric Foam Insulation (FEF)
Closed cell, flexible elastomeric foam insulation is used to provide reliable condensation control and longterm energy savings for the mechanical services in commercial and industrial applications. FEF seamless insulation systems improve the mechanical system efficiency by providing significantly energy savings. The in-built water vapour barrier reduces surface condensation effectively and reduces the risk of corrosion under insulation.
Polyethylene Foam Insulation (PEF)
Polyethylene is a flexible and closed cell material used for thermal and acoustic insulation of heating, hot water, cold water pipes and internal waste water pipes in domestic and commercial buildings. It is effective at reducing energy losses and CO2-emissions. PEF insulation also protects pipework from aggressive building materials and can help to reduce the risk of condensation forming on cold water pipes.