Ventilated Facade Cladding Solutions

ABET MEG – is a self-supporting high pressure laminate (HPL) with a decorative surface that is suitable for exteriors. It is fade resistance and weather proof and complies with standard EN 438-2005 Part 6. It is entirely made up of layers of phenolic resin impregnated cellouse fibers with one or more decorative surface layers of cellulose fibres impregnated with thermosetting resins. The manufacturing process involves the combined application of heat (150 oC) and high pressure (9 MPa) in multi-daylight presses in which resin polycondensation takes place. One or both sides can be decorative. It can be supplied as standard (MEG) or flame retardant (MEG1) versions; the latter have flame retardant additives mixed with the phenolic resins.

The Advantages of MEG

MEG is a durable material, available in a wide range of colours. Its excellent technical properties make it particularly suitable for the building industry where it offers an ideal alternative to traditional materials. MEG is used to clad facades and balconies, for street furniture and external signs, and is particularly suited for the creation of ventilated facades.

Physical and Mechanical Properties

Ageing Performance and Weather Resistance MEG can be exposed to the combined action of sunlight and atmospheric agents such as rain, hail, wind and salt deposits. These phenomena do not affect the decorative surface of the core. Exhaust fumes and acid rain have no significant effect on MEG. The decorative layer is not subject to flecking or delimitation. Natural variations in temperature and humidity have no adverse effect on MEG’s properties. MEG is not affected by thermal shock and maintains its physical and mechanical properties.

Dimensional Stability

MEG undergoes a moderate dimensional variation due to the effects of natural phenomena: it contracts in low humidity and expands in high humidity environments. The compactness of MEG provides an excellent combination of mechanical properties such as flexural, tensile, compressive and impact strength. The homogeneity and high density of the panel’s ensure maximum retention of fasteners such as screws or inserts.