This Trespa MSDS, Material Safety Data Sheet, describes the composition of decorative high-pressure compact laminates(HLP) of Trespa International B.V (hereinafter “Trespa HPL Panels”) and gives general information on transport, handling, storage, processing, maintenance, environment and technical data of Trespa HPL Panels. It covers all Trespa HPL Panels insofar the HPL grades are described in the European Standard EN 483.
Trespa HPL Panels are decorative high-pressure compact laminates (HPL) according to the European Standard EN 438 and to ISO 4586.
Trespa HPL Panels are sheets consisting of layers of wood-based fibres impregnated with thermosetting resins and decorative surface layer(s) bonded together in a high-pressure process. The process, defined as a simultaneous application of heat (” 150 ‘C I ;;, 302′ F) and high specific pressure(” 7 MPa). Provides flowing and subsequent curing of the thermosetting resins to obtain a homogenous non-porous material with increased density (” 1,35 g/cm’) and required surface finish.
Approximately 70% of Trespa HPL Panels consist of fibres that originate from paper and/or wood and approximately 30 % consist of cured phenol-formaldehyde resin for core layers. The surface layer consists of an Electron Beam Cured (EBC) acrylic urethane coating for Trespa Meteon, Trespa Virtuon and Trespa ToplabPLUS or a melamine based resin for Trespa Athlon.
All resins belonging to the group of thermosetting resins are irreversibly interreacted through cross linked chemical bonds formed during the curing process producing a non-reactive, stable material with specific characteristics.
Trespa HPL Panels are supplied in a variety of sizes, thicknesses, colours, designs, surface finishes and textures.
Safety requirements of fabrication and machining should always be observed , including but not limited to requirements with regard to handling, machining, dust extraction, dust collection and fire precautions.
Because of the possibility of sharp edges, protective gloves should always be worn when handling laminates.
The contact with fine dust from Trespa HPL panels may cause problems in case of sensitivity or allergies when machining.
Handling and machining of Trespa HPL Panels should be carried out in accordance with Trespa’s approved guidelines on Machining.
For transport, Trespa HPL Panels are classified as a non-hazardous product therefore no special labelling is required.
Storage and transportation of Trespa HPL Panels should be carried out in accordance with Trespa’s approved guidelines on transport, handling and storage.
Decorative high-pressure compact laminates are cured and chemically inert.
The formaldehyde emission level is below the limit for wood based materials. Due to the very low permeability of Trespa HPL Panels, HPL Panels bonded to wood based substrates, act as a barrier against possible formaldehyde emissions coming from the wood substrates.
In view of its specific properties, Trespa HPL panels are approved for contact with foodstuffs in conformity with the European Standard EN 1186.
For cleaning, nonabrasive household cleaning agents and even organic solvents can be use in accordance with Trespa’s approved cleaning methods.
The non-porous surface and edges are easy to disinfect with hot water, steam and common types of disinfectants used in hospitals and other commercial facilities. Trespa HPL Panels have been used for many years in applications where cleanliness and hygiene are very important.
The Trespa HPL panel is an article and not a chemical substance and therefore the REACH legislation does not apply.
Trespa HPL panels do not suffer from corrosion and oxidation and do not need further surface protection (lacquers or paints).
Whilst we endeavour to stock sufficient material to service most project orders with a minimum of delay, due to demand there may be times when stock is not immediately available. It is therefore advisable to check availability of colour and sheet size prior to specifying or ordering.
Machining panels should only be done by a machining or construction professional with proper equipment. The homogeneous composition of the material makes it possible to machine both the sides and the surface. Machining Trespa® panels is comparable to machining high quality hardwood. Trespa® panels may be machined using carpentry tools. The hardness of Trespa® panels makes greater demands on tools than machining materials composed of softwood. The use of hard metal tools is advised. Diamond-tipped tools are recommended for large series. This ensures a very good finish and a long tool life.
Please note that serious dangers are inherent with the use of (carpentry) machinery. In all cases, adhere strictly to the guidelines of the machinery manufacturers and the recommendations of the safety and labor organizations.
In general, lift the Trespa® panels and avoid sliding them as much as possible, also during transport and assembly.
Additional guidelines apply for Trespa® Meteon® Gloss or other Trespa® panels provided with a protective foil:
The following general guideline apply to sawing of Trespa® Meteon® panels.
Trespa® Meteon® panels are installed as a component of rainscreen cladding or ventilated facade system. This “breathing” envelope system, employed the world over, can contribute a number of advantages to building designs.
Trespa® Meteon® panels cut to size are used as a rainscreen and decorative facade; a building solution with both technical and aesthetic benefits. Joints between panels can remain open.
The free air cavity depth between the rainscreen cladding and the insulation or wall construction allows for ambient air to flow through from the ventilation inlets and outlets. For continuous ventilation behind the panel, a certain cavity depth between the rainscreen cladding and the insulation or wall construction is needed. The cavity depth as well as the minimum size of the ventilation inlets and outlets must be in accordance with applicable building standards, regulations and certificates.
A ventilated facade can be constructed using different tested and certified fixing systems, each with their own advantages in terms of aesthetics (e.g. invisible fixing, joinery details), installation and performance, to fix Trespa® Meteon® panels on a sub-frame.
First, a chimney effect draws air through the cavity, aiding in the removal of heat and moisture from rain or condensation. Second, the rainscreen blocks some solar gain and accommodates continuous insulation, considerably reducing air-conditioning. Third, these results are shown to improve comfort within occupied zones. Residents and users not only find themselves in a low-maintenance-environment, but the dry and comfortable conditions of the building may also make a positive contribution to indoor environmental quality
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