ROHS DIRECTIVE

Foamalite meets the requirements of the RoHS/WEEE directives of the European Union on the restriction of hazardous substances. Foamalite foam sheets do not contain lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBBs), polybrominated diphenyl ethers (PBDEs), formaldehydes, CFCs, asbestos, plasticizer nor silicone.

REACH DIRECTIVE

Foamalite meets the requirements of the current version of the European Union chemicals regulation (REACH). In particular, Foamalite foam sheets do not contain any of the substances which are listed in the current version of the ECHA Candidate List of the "Substance of Very High Concern" (SVHC).

The above information above is for general public use and is designed for free public access and does not carry a warranty of any kind. Whilst we endeavour to keep the information accurate and up-to-date we cannot accept any liability for damages (direct or consequential) as a result of using the information. At all times it is the responsibility of each individual or company to check such data and product performance prior to use in each specific application.

• Foamalite sheets are resistant to aqueous acids, alkalis and saline solutions as well as oils and aliphatic compounds. However, Foamalite sheets will swell or dissolve in aromatic compounds, chlorinated solutions, ethers and ketones. N.B., the damaging effect of a substance may not become apparent immediately but impact only after many hours or even months.
• Foamalite sheets must not come into contact with acetone, petrol, methyl ethyl ketone (MEK), tetrahydrofuran (THF) or Toluene (eg for cleaning purposes), because these solvents cause PVC to swell or dissolve and prolonged contact may completely destroy the material.
• Foamalite Express is considerably lighter and therefore softer and less rigid than Foamalite premium due to the difference in density. It is less suitable for exterior applications. In addition, Foanmalite Express sheets are not suitable for thermoforming.
• Foamalite sheets must be stored flat, in dry surroundings at temperatures of around 20⁰C and stress-free )remove pallet strappings). Packaged sheets must not be stored in the open (danger of deformation due to solar heat build-up). When using a forklift ensure the forks are set at a suitable width to avoid deforming the pallets in transport. (Danger of removal of nails).

• Foamalite sheet performance and characteristics may vary depending on the direction of extrusion. Sharp corners and deep notches should always run at right angles to the direction of extrusion to minimise risks of breakage.
• Foamalite sheets up to approximately 6mm thick can be subjected to cold bending at room temperature.  Care must be taken to observe the minimum bending radius (cold bending radius) of approximately 100 times the sheet thickness (eg 300mm for a 3mm thick sheet).
• Thick Foamalite sheets can undergo thermoforming by heating the sheet to approximately 130⁰C. Cooled to a rigid state, the component retains the formed shape.  When Foamalite Color is subjected to hot folding, the folded areas may appear lighter in colour.
• Foamalite sheets can be fully formed and even embossed by vacuum forming.  the temperature of the sheet should be approximately 130⁰C: the minimum temperature is 120⁰C and maximum 160⁰C Stretched areas in Foamalite Color may appear lighter in colour.

PAINTING - PRINTING - APPLICATION OF ADHESIVE FILMS

• Foamalite sheets can be painted with a water soluble one component paint systems (for the interior) and two component polyurethane paint systems (for exterior applications).  the surface should be lightly sanded and treated with a primer coat before painting. the drying temperature should not exceed 50⁰C.
• Foamalite sheets can be screen printed using printing inks suitable for rigid PVC. N.B., crack propagation can be caused by hard, full cover screen printing inks and lead to substrate brittleness if the sheet is not carefully handled. when light Foamalite Express sheets are backlit or there is printing on both sides it must be accepted that this may result in the printing on the rear showing through very slightly.
• Foamalite sheets are often printed with UV curable printing inks in direct digital printing processes. N.B: humidity in the printing room plays a vital role in the printing (45% minimum) ensuring consistent dissipation of static charges.
• Foamalite sheet surfaces are ideal substrates for the application of suitably chosen lettering films and graphics.

• A UV-stabilised, transparent, diffusion adhesive, often called 'PVC adhesive' is the most suitable material for cold welding Foamalite sheets with similar material (rigid PVC).
• If Foamalite sheets are to joined to other materials, due to the variety of surfaces to be bonded and different applications, specialist adhesive suppliers should be consulted.
• Chipboard screws with a 3 to 4mm shank diameter are the best means of fixing components to the surface of Foamalite sheets.
• Use only stainless steel fastening elements made for outdoor mounting of Foamalite (danger of iron stains).
• Ensure exterior mounting is tension free.
• Approximately 20mm margin should remain between the holes for the screws and the edge of the sheet, and the distance between the individual holes should not exceed 500mm.
• White Foamalite sheets are resistant to exposure from sunlight without protection for approximately three to four years.  Coloured Foamalite Color sheets are not suitable for long term exterior applications as the UV rays in sunshine can lead to changes in colour.  Seasonal outdoor use may be considered.

ROHS DIRECTIVE

Foamalite meets the requirements of the RoHS/WEEE directives of the European Union on the restriction of hazardous substances. Foamalite foam sheets do not contain lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBBs), polybrominated diphenyl ethers (PBDEs), formaldehydes, CFCs, asbestos, plasticizer nor silicone.

REACH DIRECTIVE

Foamalite meets the requirements of the current version of the European Union chemicals regulation (REACH). In particular, Foamalite foam sheets do not contain any of the substances which are listed in the current version of the ECHA Candidate List of the "Substance of Very High Concern" (SVHC).

The above information above is for general public use and is designed for free public access and does not carry a warranty of any kind. Whilst we endeavour to keep the information accurate and up-to-date we cannot accept any liability for damages (direct or consequential) as a result of using the information. At all times it is the responsibility of each individual or company to check such data and product performance prior to use in each specific application.

• Foamalite sheets are resistant to aqueous acids, alkalis and saline solutions as well as oils and aliphatic compounds. However, Foamalite sheets will swell or dissolve in aromatic compounds, chlorinated solutions, ethers and ketones. N.B., the damaging effect of a substance may not become apparent immediately but impact only after many hours or even months.
• Foamalite sheets must not come into contact with acetone, petrol, methyl ethyl ketone (MEK), tetrahydrofuran (THF) or Toluene (eg for cleaning purposes), because these solvents cause PVC to swell or dissolve and prolonged contact may completely destroy the material.
• Foamalite Express is considerably lighter and therefore softer and less rigid than Foamalite premium due to the difference in density. It is less suitable for exterior applications. In addition, Foanmalite Express sheets are not suitable for thermoforming.
• Foamalite sheets must be stored flat, in dry surroundings at temperatures of around 20⁰C and stress-free )remove pallet strappings). Packaged sheets must not be stored in the open (danger of deformation due to solar heat build-up). When using a forklift ensure the forks are set at a suitable width to avoid deforming the pallets in transport. (Danger of removal of nails).

• Foamalite sheet performance and characteristics may vary depending on the direction of extrusion. Sharp corners and deep notches should always run at right angles to the direction of extrusion to minimise risks of breakage.
• Foamalite sheets up to approximately 6mm thick can be subjected to cold bending at room temperature.  Care must be taken to observe the minimum bending radius (cold bending radius) of approximately 100 times the sheet thickness (eg 300mm for a 3mm thick sheet).
• Thick Foamalite sheets can undergo thermoforming by heating the sheet to approximately 130⁰C. Cooled to a rigid state, the component retains the formed shape.  When Foamalite Color is subjected to hot folding, the folded areas may appear lighter in colour.
• Foamalite sheets can be fully formed and even embossed by vacuum forming.  the temperature of the sheet should be approximately 130⁰C: the minimum temperature is 120⁰C and maximum 160⁰C Stretched areas in Foamalite Color may appear lighter in colour.

PAINTING - PRINTING - APPLICATION OF ADHESIVE FILMS

• Foamalite sheets can be painted with a water soluble one component paint systems (for the interior) and two component polyurethane paint systems (for exterior applications).  the surface should be lightly sanded and treated with a primer coat before painting. the drying temperature should not exceed 50⁰C.
• Foamalite sheets can be screen printed using printing inks suitable for rigid PVC. N.B., crack propagation can be caused by hard, full cover screen printing inks and lead to substrate brittleness if the sheet is not carefully handled. when light Foamalite Express sheets are backlit or there is printing on both sides it must be accepted that this may result in the printing on the rear showing through very slightly.
• Foamalite sheets are often printed with UV curable printing inks in direct digital printing processes. N.B: humidity in the printing room plays a vital role in the printing (45% minimum) ensuring consistent dissipation of static charges.
• Foamalite sheet surfaces are ideal substrates for the application of suitably chosen lettering films and graphics.

• A UV-stabilised, transparent, diffusion adhesive, often called 'PVC adhesive' is the most suitable material for cold welding Foamalite sheets with similar material (rigid PVC).
• If Foamalite sheets are to joined to other materials, due to the variety of surfaces to be bonded and different applications, specialist adhesive suppliers should be consulted.
• Chipboard screws with a 3 to 4mm shank diameter are the best means of fixing components to the surface of Foamalite sheets.
• Use only stainless steel fastening elements made for outdoor mounting of Foamalite (danger of iron stains).
• Ensure exterior mounting is tension free.
• Approximately 20mm margin should remain between the holes for the screws and the edge of the sheet, and the distance between the individual holes should not exceed 500mm.
• White Foamalite sheets are resistant to exposure from sunlight without protection for approximately three to four years.  Coloured Foamalite Color sheets are not suitable for long term exterior applications as the UV rays in sunshine can lead to changes in colour.  Seasonal outdoor use may be considered.