Autotex - Autoflex. Matière: Film PET anti-rayures, anti-abrasion. Faces avant et claviers souple

Transcription

1 Autotex - Autoflex ThyssenKrupp Cadillac Plastic Groupe de Marchandise E 33 S Matière: Film PET anti-rayures, anti-abrasion. Faces avant et claviers souple Avantages / Description Produit Forte résistance mécanique Forte résistance à l abrasion Forte résistance chimique Forte résistance aux rayures Forte élasticité allongeant la durée d utilisation: résistance à la fatigue Bonne stabilité thermique Bonne imprimabilité (prétraitement) Bonne clarté optique (transparence) Aspect de surface texturés ou cristal Embossable Tenue aux UV Autotex XE Se décline en Autotex: face anti-rayures texturée, verso face polie imprimable, (Autotex XE tenue aux UV, série V texturé grain fort, série F texturé grain fin) Autoflex EBG: Protection PE, recto face polie anti-rayure, anti-abrasion, verso face polie imprimable Autoflex EBA: Recto face mate anti-reflet antirayures, verso face polie imprimable. Application Communication PLV Impression publicitaire Panneaux de signalisation Application Industrielle Claviers souples à membranes Marquage industriel Faces avant Affichage Etiquettes Produits complémentaires TKCP Autostat - Mylar Séchage UV : Autotex série 7 sur demande Antimicrobienne: Autotex AM sur demande Aspect brossé: Autotex S sur demande Possibilité de découpe sur demande Conforme aux normes REACH

2 Autoflex EB (7 Series) Product data sheet Polyester film is tougher and more durable than polycarbonate and PVC films. It offers enhanced chemical resistance and dramatically improved flex life. The Autoflex range of hard coated polyester films extends the functionality of polyester film into areas demanding high abrasion resistance together with excellent receptivity to graphic inks and selective textures. Autoflex EB (7 Series) has been developed for applications requiring a combination of high abrasion resistance and flexibility, such as embossed membrane switches and optical displays. PRODUCT DESCRIPTION Autoflex EB (7 Series) is a high quality, embossable, hard coated polyester film, consisting of a base polyester and an embossable, texturable, chemically bonded UV-cured hard surface coating. It is available in sheets and rolls; print receptive surface is protected by a cling film laminate. Product Range: Autoflex EB (Gloss) G137, G187, Gloss finish 130, 180, micron Autoflex EB (Antiglare) A137, A187, Antiglare finish 130, 180, micron Primer: Autoflex EB (7 Series) has an ink adhesion primer on the second surface. This primer confers excellent adhesion to a wide range of solvent inks and UV graphic inks*. Laminate: Polyester films with high gloss surfaces are prone to blocking when stored with the film surfaces touching each other. Blocking is the term given when two surfaces adhere or merge into each other and when separated leave un-removable marks on the film. For this reason MacDermid Autotype supply the Autoflex film range with a protective laminate and recommend that the laminate remains in place until the first print pass. Textures: Autoflex EB (7 Series) can be screen printed with Fototex to obtain selective textures (see Fototex product data sheet). Outdoor use: In common with most other plastics, Autoflex EB (7 Series) has limited long term resistance to UV light and therefore is not recommended for long term use outdoors. MacDermid Autotype has developed a textured, UV resistant film, which can be used outside. Please see Autotex XE Product Data Sheet. No outdoor version of Autoflex EB (7 Series) is available. *We recommend that you carry out your own full printing trials and in-house evaluation

3 Autoflex EB (7 Series) Product Data Sheet Page 2 of 4 PRODUCT APPLICATIONS Autoflex EB (7 Series) is used as a substrate in the following applications: Membrane switch overlays Touch screens Fascia panels Nameplates Labels/Product marking Major Benefits Excellent scratch resistance Chemical and household cleaner resistance even at the edges Receptive to Fototex texturing varnishes Embossable Consistent gloss/antiglare surface Attractive appearance Superior flex life CHEMICAL PROPERTIES Property Autoflex EB (7 Series) Test Method Chemical resistance Resistant to: Alcohols Dilute Acids Dilute Alkalis Esters Hydrocarbons Ketones Household Cleaning Agents* DIN Coefficient of hygroscopic expansion 1 MD 8 x 10-6 (per 1% RH) TD 7 x 10-6 (per 1% RH) Moisture vapour transmission rate (MVTR) 1 125µ 2.6g/m2 /24 hours RTM 607 DuPont Teijin Films Method 1 Between 40-80% RH Oxygen transmission rate 1 125µ 5.3ml/m2 /24 hours RTM Data derived from DuPont Teijin Films literature. The Autoflex coating slightly enhances most properties. * For more detailed information refer to Autoflex EB Solvent Resistance Sheet.

4 Autoflex EB (7 Series) Product Data Sheet Page 3 of 4 ELECTRICAL PROPERTIES Property Autoflex EB (7 Series) Test Method Dielectric strength 1 125µ 175µ Dissipation factor 1 125µ 125kV/mm 105kV/mm Hz 1kHz 10kHz ASTM D mm electrodes in dry 25 C ASTM D Surface resistivity >10 13 ASTM D C/54% RH Volume resistivity ASTM D Vd.c@ Ωm 25 C/1000s 1 Data derived from DuPont Teijin Films literature. The Autoflex coating slightly enhances most properties. MECHANICAL PROPERTIES Property Autoflex EB (7 Series) Test Method Young s modulus 1 125µ (1% secant) 3600N/mm 2 ASTM D Elongation at break 125µ 80% ASTM D Switch life >5 million flexes MacDermid Autotype Method 2 Tensile strength at break 125µ 175N/mm2 ASTM D (strain rate 50%min) Yield strength 100N/mm 2 ASTM D Data derived from DuPont Teijin Films literature. 2 Adapted to MacDermid Autotype Method, see Test Method Manual OPTICAL PROPERTIES Property Autoflex EB (7 Series) Test Method Gardner haze 1 Gloss Antiglare <2% 9% ±2% ASTM D Gloss level (60 ) 1 Gloss Antiglare TD Antiglare MD 96% ±2% 55% ±2% 63% ±2% ASTM D Total luminous transmission 1 Gloss Antiglare 91% ±2% 91% ±2% ASTM D Yellowness index 1 Gloss Antiglare <3.5 <3.5 ASTM E313 1 Typical value for 180µ product. 2 Adapted to MacDermid Autotype method, see Test Method Manual

5 Autoflex EB (7 Series) Product Data Sheet Page 4 of 4 PHYSICAL PROPERTIES Property Autoflex EB (7 Series) Test Method Density 1 Taber abrasion 1.40g/cm³ Gloss Antiglare <5% haze Not applicable ASTM D modified to Melinex test method ASTM D cycles, 500g load CS10F Wheels Pencil hardness 3H MacDermid Autotype Method 2 Thicknesses G137/A137 G187/A187 1 Data derived from DuPont Teijin Films literature. 2 See Test Method Manual. THERMAL PROPERTIES 130µ ± 10% 180µ ± 10% Property Autoflex EB (7 Series) Test Method Coefficient of thermal MD 19 x 10-6 cm cm -1 o C -1 DuPont Teijin Films Method 1 expansion 1 TD 16 x 10-6 cm cm -1 o C -1 between o C Dimensional stability Maximum use temperature Minimum use temperature -40 o C (-40 o F) 1 Data derived from DuPont Teijin Films literature. 2 See Test Method Manual. <0.2% at 120 o C MD maximum shrinkage Low humidity (<10%RH) 85 o C High humidity (10-95%RH) 60 o C MacDermid Autotype Method 2 MacDermid Autotype Method 2 OZONE DEPLETING SUBSTANCES EC Regulation 594/91 classifies ozone depleting substances into a number of different groups, I-VI. Autoflex EB does NOT contain any substance classified in groups I-VI nor have any of the substances been used by MacDermid Autotype during manufacture. For details of the content of each of the groups, please see separate ozone depleting substances document. Revision 06/09/V1 The information and recommendations in this publication are believed to be accurate and are offered in good faith but do not constitute specifications. Suggestions concerning uses and applications are only the opinion of MacDermid Autotype Limited and users should carry out their own testing procedures to confirm suitability for their purposes. Except in the case of death or personal injury caused by the materials, MacDermid Autotype Limited MAKES NO WARRANTY OF ANY KIND AND EXCLUDES ANY STATUTORY WARRANTY EXPRESS OR IMPLIED other than that materials conform to their current applicable standard specification. Statements herein therefore should not be construed as guarantees of satisfactory quality or fitness for purpose. The responsibility of MacDermid Autotype Limited for claims arising out of breach of guarantee, negligence, strict liability or otherwise is limited to the purchase price of the material. Suggestions concerning working practices and procedures are based on the practices adopted by existing users of the products and are made in good faith. IT IS THE RESPONSIBILITY OF THE USER TO ENSURE THAT ALL RELEVANT HEALTH AND SAFETY LAWS AND REGULATIONS ARE COMPLIED WITH. MacDermid Autotype Limited does not provide any advice on such laws and regulations and accepts no responsibility, express or implied, for breach of such regulations. Statements concerning the use of products described herein should not be construed as recommending the infringement of any patent and no liability for infringement arising out of such use is assumed.

6 Autoflex EB Product data sheet Polyester film is tougher and more durable than polycarbonate and PVC films. It offers enhanced chemical resistance and dramatically improved flex life. The Autoflex range of hard coated polyester films extends the functionality of polyester film into areas demanding high abrasion resistance together with excellent receptivity to graphic inks and selective textures. Autoflex EB has been developed for applications requiring a combination of high abrasion resistance and flexibility, such as embossed membrane switches and optical displays, e.g. touch screens. PRODUCT DESCRIPTION Autoflex EB is a high quality, embossable, hard coated polyester film, consisting of a base polyester and an embossable, texturable, chemically bonded UV-cured hard surface coating. It is available in sheets and rolls, print receptive side cling film laminated as standard. Product range: Autoflex EB Gloss finish Autoflex EB Antiglare finish Gloss G130, G180, G , 180, 250 micron Antiglare A130, A180, A , 180, 250 micron Primer: Autoflex EB has an ink adhesion primer on the second surface. This primer confers excellent adhesion to a wide range of solvent based graphic inks. The primer is not recommended for use with UV-cured graphic inks or a combination of solvent and UV graphic inks because the adhesion performance will be inconsistent. A special primer is available for use with UV inks, please see Autoflex EB (7 Series) Product Data Sheet. Laminate: Polyester films with high gloss surfaces are prone to blocking when stored with the film surfaces touching each other. Blocking is the term given when two surfaces adhere or merge into each other and when separated leave un-removable marks on the film. For this reason MacDermid Autotype supply the Autoflex film range with a protective laminate and recommend that the laminate remains in place until the first print pass. Textures: Autoflex EB can be screen printed with Fototex to obtain selective textures (see Fototex product data sheet). Outdoor use: In common with most other plastics, Autoflex EB has limited long term resistance to UV light and therefore is not recommended for long term use outdoors. MacDermid Autotype has

7 Autoflex EB Product Data Sheet Page 2 of 4 developed a textured, UV resistant film, which can be used outside. Please see Autotex XE Product Data Sheet. No outdoor version of Autoflex EB is available. PRODUCT APPLICATIONS Autoflex EB is used as a substrate in the following applications: Membrane switch overlays Touch screens Fascia panels Nameplates Labels/Product marking Major Benefits Excellent scratch resistance Chemical and household cleaner resistance even at the edges Receptive to Fototex texturing varnishes Embossable Consistent gloss/antiglare surface Attractive appearance Superior flex life CHEMICAL PROPERTIES Property Autoflex EB Test Method Chemical Resistance Resistant to: Alcohols Dilute Acids Dilute Alkalis Esters Hydrocarbons Ketones Household Cleaning agents* DIN Coefficient of hygroscopic expansion¹ Moisture vapour transmission rate (MVTR)¹ 125µ 2.6g/m²/24 hours MD 8 x 10-6 (per 1% RH) DuPont Teijin Films Method¹ Between 40-80% RH RTM 607 Oxygen transmission rate¹ RTM µ 5.3ml/m²/24 hours 1 Data derived from DuPont Teijin Films literature. The Autoflex coating slightly enhances most properties. * For more detailed information refer to Autoflex solvent resistance sheet.

8 Autoflex EB Product Data Sheet Page 3 of 4 ELECTRICAL PROPERTIES Property Autoflex EB Test Method Dielectric strength 1 125µ 175µ 125kV/mm = 15.6kV 105kV/mm = 18.4 kv Dissipation factor 1 125µ (1kHz) ASTM D ASTM D mm electrodes in dry 25 C Surface resistivity >10 13 Ω/sq 500Vd.c ASTM 20 C/54% RH Volume resistivity Ωm 100Vd.c ASTM 25 C/1000s 1 Data derived from DuPont Teijin Films literature. The Autoflex coating slightly enhances most properties. MECHANICAL PROPERTIES Property Autoflex EB Test Method Young s modulus (1% secant) 125µ 3600N/mm 2 ASTM D Elongation at break 80% ASTM D % RH Strain rate - 50%/minute Switch life >5 million flexes MacDermid Autotype Method 2 Tensile strength at break 1 125µ 175N/mm 2 ASTM D Strain rate 50%min Yield strength 125µ 100N/mm 2 ASTM D Data derived from DuPont Teijin Films literature. 2 Adapted to MacDermid Autotype Method, see Test Method Manual OPTICAL PROPERTIES Property Autoflex EB Test Method Gardner Haze 1 Gloss <2% Antiglare 9% ±2% ASTM D Gloss Level (60 ) 1 Total luminous transmission 1 Yellowness index 1 Gloss Antiglare TD Antiglare MD Gloss Antiglare Gloss Antiglare 96% ±2% 55% ±2% 63% ±2% 91% ±2% 91% ±2% <3.5 <3.5 1 Typical value for 180µ product 2 Adapted to MacDermid Autotype Method, see Test Method Manual. 3 Adapted to MacDermid Autotype Method, see Test Method Manual. ASTM D ASTM D ASTM E313

9 Autoflex EB Product Data Sheet Page 4 of 4 PHYSICAL PROPERTIES Property Autoflex EB Test Method Density g/cm³ ASTM D modified to Melinex test method at 23 C Taber Abrasion Gloss Antiglare <5% haze Not applicable ASTM D cycles, 500g load CS10F wheels Pencil Hardness 3H MacDermid Autotype Method 2 Thicknesses G130/A130 G180/A180 G250/A250 1 Data derived from DuPont Teijin Films literature 2 See Test Method Manual 130µ ± 10% 180µ ± 10% 250µ ± 10% THERMAL PROPERTIES Property Autoflex EB Test Method Coefficient of thermal expansion 1 MD 19 x 10-6 cm cm -1 C -1 TD 16 x 10-6 cm cm -1 C -1 DuPont Teijin Films Method 1 between C Coefficient of hygroscopic expansion 8x10-6 (per 1%RH) DuPont Teijin Films Method %RH Dimensional stability <0.2% maximum shrinkage MD at 120 C MacDermid Autotype Method 2 Maximum long term use Low humidity (<10%RH) 85 C temperature High humidity (10-95%RH) 60 C Minimum use temperature -40 C (-40 F) MacDermid Autotype Method 2 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD 2 See Test Method Manual OZONE DEPLETING SUBSTANCES EC Regulation 594/91 classifies ozone depleting substances into a number of different groups, I-VI. Autoflex EB does NOT contain any substance classified in groups I-VI nor have any of the substances been used by MacDermid Autotype during manufacture. For details of the content of each of the groups, please see separate ozone depleting substances document. Revision 07/09/V1 The information and recommendations in this publication are believed to be accurate and are offered in good faith but do not constitute specifications. Suggestions concerning uses and applications are only the opinion of MacDermid Autotype Limited and users should carry out their own testing procedures to confirm suitability for their purposes. Except in the case of death or personal injury caused by the materials, MacDermid Autotype Limited MAKES NO WARRANTY OF ANY KIND AND EXCLUDES ANY STATUTORY WARRANTY EXPRESS OR IMPLIED other than that materials conform to their current applicable standard specification. Statements herein therefore should not be construed as guarantees of satisfactory quality or fitness for purpose. The responsibility of MacDermid Autotype Limited for claims arising out of breach of guarantee, negligence, strict liability or otherwise is limited to the purchase price of the material. Suggestions concerning working practices and procedures are based on the practices adopted by existing users of the products and are made in good faith. IT IS THE RESPONSIBILITY OF THE USER TO ENSURE THAT ALL RELEVANT HEALTH AND SAFETY LAWS AND REGULATIONS ARE COMPLIED WITH. MacDermid Autotype Limited does not provide any advice on such laws and regulations and accepts no responsibility, express or implied, for breach of such regulations. Statements concerning the use of products described herein should not be construed as recommending the infringement of any patent and no liability for infringement arising out of such use is assumed.

10 Autotex AM Product data sheet Autotex AM is a high quality, textured polyester film offering Microban antimicrobial protection on the textured hard coat. PRODUCT DESCRIPTION The Microban technology is incorporated into the Autotex textured hard coat during the manufacturing process. This process ensures even distribution of the antimicrobial agent throughout the textured hard coat and the film surface. When bacteria come into contact with Autotex AM with Microban, the antimicrobial function disrupts the bacterial cell wall killing or inhibiting bacterial growth. The result is that the film surface of Autotex AM provides dependable and constant protection against bacterial contamination. Product range: Autotex AM Fine texture F157, F and 200 micron Primer: Autotex AM with Microban has an ink adhesion primer on the second surface. This primer confers excellent adhesion to a wide range of solvent based and UV graphic inks. Windows: Autotex AM can be screen printed with Windotex* to obtain a clear window (see Windotex Product Data Sheet). *NB: Windotex does not offer any antimicrobial protection PRODUCT APPLICATIONS Autotex AM with Microban is used as a substrate in the following applications: Membrane switch overlays Surface applications (doors, worktops etc) Nameplates Labels/Product marking Fascia panels Major Benefits Antimicrobial protection Long flex life Chemical and household cleaner resistance Clear window facility (windows are not antimicrobial) Embossable Excellent scratch resistance Consistent low gloss, textured surface Attractive appearance

11 Autotex AM Product Data Sheet Page 2 of 5 ANTIMICROBIAL PROPERTIES Sample Description Microbial Testing* Test Result Test Method Autotex AM Unprocessed Antimicrobial effectiveness tested with: Staphylococcus aureus (MRSA) Escherichia coli 0157 Pseudomonas aeruginosa Salmonella enteritidis Bacillus cereus Stretococcus faecalis AATCC Test Method Samples 1 Klebsiella pneumoniae Aspergillus niger Penicillium purpurogenum Phorma violacea Saccharmyces cerevisiae Listeria monocytogenes Simulated printed sample 2 Staphylococcus aureus (MRSA) Escherichia coli 0157 AATCC Test Method Simulated wear test 3 Staphylococcus aureus (MRSA) AATCC Test Stimulated embossed sample 4 Escherichia coli 0157 Staphylococcus aureus (MRSA) Escherichia coli 0157 Staphylococcus aureus (MRSA) 15 year life time test 5 Escherichia coli 0157 Aspergillus niger Ethanol 6 IPA, MEK, Phenol Based Disinfectant, Quarternary Ammonium based Disinfectant, Bleach Staphylococcus aureus (MRSA) Escherichia coli 0157 * The bacteria chosen for each of the tests was recommended by an Independent Test House Method AATCC Test Method AATCC Test Method AATCC Test Method Process conditions for each sample 1 Unprocessed Samples: Film samples were tested straight from the pack. 2 Film samples were subjected to the following tests to simulate graphics printing: 10 Jet dryer passes (80 C x 2 mins) 10 Fusion UV passes (500MJ/pass) 5 passes under IR lamps 1 Fusion UV pass (500MJ/pass) - (hard coat surface) 3 Film samples were vigorously sandpapered until the texture peaks were removed. The film surface was then polished with wire wool until smooth. This was carried out to simulate extreme surface wear. 4 Film samples were stretched by 20% in both MD/TD direction. This simulates the process of embossing. (An embossed sample cannot be AM tested as a flat surface is required by I an Independent Test House). 5 Film samples are tested by an Independent Test House using standard test protocols that simulate real life cleaning regimes representing a period of 15 years. Test Method and certificate available on request. 6 Film samples were soaked for 24 hours before being subjected to antimicrobial testing. 7 Test Method available on request.

12 Autotex AM Product Data Sheet Page 3 of 5 CHEMICAL PROPERTIES Property Autotex AM Test Method Chemical resistance concerning physical integrity of the coating 2 Resistant to: Turpentine Hydrochloric acid (36%) Diacetone alcohol Butyl acetate Nitric acid (10%) Acetone Sodium Hydroxide (40%) Benzyl alcohol Diesel Lenor/Downey (fabric conditioner) Bleach MEK White Spirit Caster Oil Acetaldehyde Acetic acid (50%) Acetonitrile Toluene IMS Cyclohexanone Coefficient of hygroscopic expansion 1 MD 8 x 10-6 (per 1% RH) TD 7 x 10-6 (per 1% RH) DIN Part 2 DuPont Teijin Films Method 1 Between 40-80% RH Moisture vapour transmission rate (MVTR) g/m 2 /24 hours ASTM F Oxygen transmission rate 1 8.2ml/m 2 /24 hours ASTM 25 C, 77% RH 1 Data derived from DuPont Teijin Films literature for Melinex OD. The Autotex coating slightly enhances most properties. Autotex AM films have limited long term resistance to UV light and therefore are not recommended for prolonged use outdoors. 2 Specific AM testing has not been performed with all of these chemicals. For information on the chemicals tested please refer to the antimicrobial properties section. ELECTRICAL PROPERTIES Property Autotex AM Test Method Dielectric strength¹ 125µ 175µ 125Kv/mm = 15.6kV 105kV/mm = 18.4kV ASTM D mm electrodes in dry 25 C Dissipation factor¹ ASTM D Surface resistivity >10 13 Ω/sq 500Vd.c ASTM 20 C/54% RH Volume resistivity¹ Ωm 100Vd.c ASTM 25V C/1000s 1 Data derived from DuPont Teijin Films literature. The Autotex coating slightly enhances most properties.

13 Autotex AM Product Data Sheet Page 4 of 5 MECHANICAL PROPERTIES Property Autotex AM Test Method Elastic modulus (1% secant) 125µ 3600N/mm 2 ASTM D % RH Strain rate - 10%/minute Elongation at break ASTM D % RH 125µ 80% Strain rate - 50%/minute Switch life >5 million flexes MacDermid Autotype Method 3 Tensile strength at break ASTM D µ 175N/mm 2 Tensile strength at yield 100N/mm 2 ASTM D point 1 Data derived from DuPont Teijin Films literature. 2 Adapted to MacDermid Autotype Method, see Test Method Manual. 3 See Test Method Manual. OPTICAL PROPERTIES Property Autotex AM Test Method Gardner Haze 58% ±5% ASTM D Gloss Level (60 o ) 7% ±1.5% ASTM D Texture profile Ra 1.6µ ± 0.2µm Rtm 8µ ± 2µm MacDermid Autotype Method 2 Total luminous transmission 92% ± 0.5% ASTM D UV absorption MacDermid Autotype Method 2 (370nm) Yellowness index 2 <3 ASTM E313 1 Adapted to MacDermid Autotype Method, see Test Method Manual. 2 See Test Method Manual PHYSICAL PROPERTIRES Property Autotex AM Test Method Density g/cm 3 ASTM D1505 Thicknesses F µ ±10% MacDermid Autotype Method 2 F µ ±10% 1 Data derived from DuPont Teijin Films literature for Melinex OD. 2 See Test Method Manual

14 Autotex AM Product Data Sheet Page 5 of 5 THERMAL PROPERTIES Property Autotex AM Test Method Coefficient of thermal expansion %/degree DuPont Teijin Films Method Coefficient of humidity expansion %/%RH DuPont Teijin Films Method Dimensional stability Maximum processing temperature Maximum use temperature 0.2% maximum shrinkage MD at 120 C 120 C Low humidity (<10%RH) 85 C High humidity (10-95%RH) 60 C MacDermid Autotype Method 2 Minimum use temperature -40 o C (-40 F) MacDermid Autotype Method 2 1 Data derived from DuPont Teijin Films literature for Melinex OD. 2 See Test Method Manual OZONE DEPLETING SUBSTANCES EC Regulation 594/91 classifies ozone depleting substances into a number of different groups, I-VI. Autotex AM does NOT contain any substance classified in groups I-VI nor have any of the substances been used by MacDermid Autotype during manufacture. For details of the content of each of the groups, please see separate ozone depleting substances document. Revision 06/09/V1 The information and recommendations in this publication are believed to be accurate and are offered in good faith but do not constitute specifications. Suggestions concerning uses and applications are only the opinion of MacDermid Autotype Limited and users should carry out their own testing procedures to confirm suitability for their purposes. Except in the case of death or personal injury caused by the materials, MacDermid Autotype Limited MAKES NO WARRANTY OF ANY KIND AND EXCLUDES ANY STATUTORY WARRANTY EXPRESS OR IMPLIED other than that materials conform to their current applicable standard specification. Statements herein therefore should not be construed as guarantees of satisfactory quality or fitness for purpose. The responsibility of MacDermid Autotype Limited for claims arising out of breach of guarantee, negligence, strict liability or otherwise is limited to the purchase price of the material. Suggestions concerning working practices and procedures are based on the practices adopted by existing users of the products and are made in good faith. IT IS THE RESPONSIBILITY OF THE USER TO ENSURE THAT ALL RELEVANT HEALTH AND SAFETY LAWS AND REGULATIONS ARE COMPLIED WITH. MacDermid Autotype Limited does not provide any advice on such laws and regulations and accepts no responsibility, express or implied, for breach of such regulations. Statements concerning the use of products described herein should not be construed as recommending the infringement of any patent and no liability for infringement arising out of such use is assumed.

15 Autotex XE Product Data Sheet Autotex XE has been developed for applications where high or widely fluctuating temperatures, excessive humidity and strong levels of ultraviolet light are encountered and is ideal for both flat and tactile membrane switches and keyboards. XE stands for Extreme Environment and typical applications for the material are as a substrate for instrument, fascia and membrane switch panels that are used in outdoor or harsh industrial conditions. PRODUCT DESCRIPTION Autotex XE is a polyester based film, with specially constructed hardcoat and primer layers. Unlike conventional films, however, that can delaminate, become brittle or flake under extreme conditions; the various layers in Autotex XE are formulated to resist ultraviolet light, moisture and wide variations in temperature. Conventional films without the special MacDermid Autotype UV resistance go brittle and yellow very quickly when subjected to UV light. Product range: Autotex XE Velvet Velvet texture V150, V and 200 micron V157, V207 Autotex XE Fine Fine texture F150, F and 200 micron F207 Primer: Autotex XE (V150, V200, F150, F200) Autotex XE has the same ink adhesion primer on the reverse surface as Autotex. This primer confers excellent adhesion to a wide range of solvent based graphic inks. The primer is not recommended for use with UV cured graphic inks or a combination of solvent and UV graphic inks because the adhesion performance will be inconsistent. Autotex XE (7 Series) (V157, V207, F157, F207) The primer on Autotex XE (7 Series) offers excellent adhesion to a wide range of solvent inks and improved adhesion to UV graphic inks. We recommend that you carry out your own full printing trials and in-house evaluation. Please note that some of the electrical and mechanical properties of the 7 Series films differ from the standard product. Please refer to the Autotex (7 Series) product data sheet.

16 Autotex XE Product Data Sheet Page 2 of 6 Windows: Windotex is not a UV resistant product and is therefore not recommended for prolonged use outdoors. Due to the stabilising chemistry used in Autotex XE, the adhesion of Windotex to the surface may be impaired. Contact MacDermid Autotype for further information. PRODUCT APPLICATIONS Autotex XE may be used as a substrate in the following applications: Membrane switch overlays Fascia panels Signage Nameplates Labels/Product marking Major benefits Increased UV resistance compared with standard Autotex Increased humidity resistance Increased scratch resistance Consistent textured surface Attractive appearance CHEMICAL PROPERTIES Property Autotex XE Test Method Chemical Resistance See Autotex XE Solvent Resistance and Environmental Data Coefficient of hygroscopic expansion 1 MD 8 x 10-6 (per 1% RH) TD 7 x 10-6 (per 1% RH) DuPont Teijin Films Method1 Between 40-80% RH Moisture vapour transmission rate (MVTR) g/m 2 /24hours ASTM F Oxygen transmission rate 1 8.2ml/m 2 /24 hours ASTM 25 o C, 77% RH 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD. 2 The Autotex XE coating slightly enhances most properties. ELECTRICAL PROPERTIES Property Autotex XE Test Method Dielectric strength -1 ASTM D kv 125µ 6.35mm electrodes in dry 25 C Dissipation factor ASTM D Surface resistivity >10 13 Ω/sq 500 Vd.c ASTM 20 C /54% RH Volume resistivity Ωm 100 Vd.c ASTM 25 C/1000s 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD. 2 The Autotex XE coatings lightly enhance most properties.

17 Autotex XE Product Data Sheet Page 3 of 6 MECHANICAL PROPERTIES Property Autotex XE Test Method Young s modulus N/mm 2 ASTM D882 Elongation at break 70% ASTM D1505 Switch life 4 >5 million flexes MacDermid Autotype Method 3 Tensile strength at break 150N/mm 2 ASTM D882 Tensile strength at yield point 100N/mm 2 ASTM D882 Tear strength 350N/mm 2 ASTM D882 1 Data derived from DuPont Teijin Films literature for Melinex OD. 2 Adapted to MacDermid Autotype Method, see Test Method Manual. 3 See Test Method Manual. 4 See section on switch actuation testing. OPTICAL PROPERTIES Property Autotex XE Test Method Gardner Haze ASTM D Gloss Level (60 ) Texture profile Fine Velvet Fine Velvet Ra Fine Velvet Rtm Fine Velvet 58% ±5% 71% ±5% 7% ±1.5% 4.5% ±1% 1.6µ ±0.2µ 3.1µ ±0.2µ 8µ ±2µ 15.4µ ±2µ ASTM D MacDermid Autotype Method 2 Total luminous transmission 92% ±2% ASTM D UV absorption Yellowness index 2 <5 ASTM E313 1 Adapted to MacDermid Autotype Method, see Test Method Manual. 2 See Test Method Manual PHYSICAL PROPERTIES Property Autotex Test Method Density g/cm 3 ASTM D1505 Thicknesses F µ ±10% V µ ±10% V µ ±10% 1 Data derived from DuPont Teijin Films literature for Melinex OD. 2 See Test Method Manual MacDermid Autotype Method 2 (370nm) MacDermid Autotype Method 2

18 Autotex XE Product Data Sheet Page 4 of 6 THERMAL PROPERTIES Property Autotex Test Method Coefficient of thermal expansion %/degree DuPont Teijin Films Method Coefficient of humidity expansion %/%RH DuPont Teijin Films Method Dimensional stability Maximum processing temperature Maximum use temperature <0.2% MD at 120 C maximum shrinkage 120 C Low humidity (<10%RH) 85 C High humidity (85%RH) 85 C MacDermid Autotype Method² Minimum use temperature -40 C (-40 F) MacDermid Autotype Method 2 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD. 2 See Test Method Manual UV RESISTANCE The testing of Autotex XE has incorporated three separate techniques, one of which is detailed below. Accelerated ageing using an Atlas UVCON accelerated ageing cabinet utilising fluorescent sun lamps. Test Conditions Apparatus: Lamps: Cycle: Temperature: Atlas UVCON Accelerated ageing cabinet 8 Phillips UVA 340 sun lamps Alternating cycle of 4 hours UV, 4 hours condensation 40 o C during condensation cycle 60 o C during UV cycle Results Product Yellowness Index Flexibility Initial After 1600 Minimum diameter of curvature to which material hour UVCON cycle can be formed before cracking occurs (coating side outwards) Autotex * 16mm (5/8 ), Poor Autotex XE Material can be folded completely back on itself (180 ) without cracking, Very Good Typical results for 150µ product *Standard Autotex becomes brittle after 100 hours and flaking of the coating occurs later in the UVCON cycle Switch life testing; see section on Switch Actuation testing for test conditions After a 1600 hour cycle switch life testing of Autotex XE on a non-embossed panel exceeded 5 million actuations with no adverse effect on the product.

19 Autotex XE Product Data Sheet Page 5 of 6 Accelerated ageing by focusing direct sunlight onto test samples Test Conditions Apparatus The South Florida Tests Service Sun Accelerated Weathering Device Test method Samples are subjected to Arizona (USA) sunlight (total UV nm) concentrated via mirrors/ lenses into the target area. No temperature control is performed other than the use of a localised fan. Samples are subjected to a water spray (8 min/hour of active sunlight) to simulate rain. The samples were exposed to 333 mj/m 2 (total UV), which is calculated to simulate one year s real time exposure in Arizona. Results Product Yellowness Index Flexibility Initial Final Minimum diameter of curvature to which material can be formed before cracking occurs (coating side outwards) Autotex mm (3/8 ), Poor Autotex XE Material can be folded completely back on itself (180 ) without cracking. Very Good. Typical results for 150µ product Switch life testing, see Switch Actuation Testing After exposure, switch life testing of Autotex XE on a non-embossed panel exceeded 5 million actuations with no adverse effect on the product. Real time continuous exposure in Miami, Florida Test Conditions Apparatus South facing 45 o angled mounting frame in Miami, Florida, USA. Test method Samples of Autotex XE were subjected to real time ageing in Florida continuously for 12 months. Results Product Yellowness Index Flexibility Initial Final Minimum diameter of curvature to which material can be formed before cracking occurs (coating side outwards) Autotex XE Material can be folded completely back on itself (180 ) without cracking. Good. Switch Actuation Testing Test Conditions Apparatus: Itronic Fuchs Pneumatic A8274 PS/IEC system with A8274 ZB cylinders rated at 10N at 6 Bar (6.08 x 10 5 Nm -2 ) Actuator finger: 8.5mm diameter, 45 o Shore D hardness rubber. Actuation rate: 120 per minute

20 Autotex XE Product Data Sheet Page 6 of 6 All testing is performed on a flat panel with a total spacer thickness of 200µ and a spacer hole diameter of 13mm. Depending on the nature of the emboss and the level of exposure to sunlight, switch life is likely to be reduced compared to an un-embossed overlay due to the increased stresses experienced during actuation. Although conclusions may be drawn it is important to note that any accelerated ageing technique is unique and cannot be related directly to real time performance. The use of Windotex on Autotex XE is not recommended as it will yellow and embrittle when exposed to sunlight. Due to the stabilising chemistry used in Autotex XE the adhesion of Windotex to the surface may be impaired. Contact MacDermid Autotype for further information. All results published are offered in good faith but due to the variations in the weather they do not constitute a specification and no guarantee is given or implied. Customers are therefore encouraged to carry out their own tests to establish whether the product has sufficient durability for the proposed end use. OZONE DEPLETING SUBSTANCES EC Regulation 594/91 classifies ozone depleting substances into a number of different groups, I-VI. Autotex XE does NOT contain any substance classified in groups I-VI nor have any of the substances been used by MacDermid Autotype during manufacture. For details of the content of each of the groups, please see separate ozone depleting substances document. Revision 06/09/V1 The information and recommendations in this publication are believed to be accurate and are offered in good faith but do not constitute specifications. Suggestions concerning uses and applications are only the opinion of MacDermid Autotype Limited and users should carry out their own testing procedures to confirm suitability for their purposes. Except in the case of death or personal injury caused by the materials, MacDermid Autotype Limited MAKES NO WARRANTY OF ANY KIND AND EXCLUDES ANY STATUTORY WARRANTY EXPRESS OR IMPLIED other than that materials conform to their current applicable standard specification. Statements herein therefore should not be construed as guarantees of satisfactory quality or fitness for purpose. The responsibility of MacDermid Autotype Limited for claims arising out of breach of guarantee, negligence, strict liability or otherwise is limited to the purchase price of the material. Suggestions concerning working practices and procedures are based on the practices adopted by existing users of the products and are made in good faith. IT IS THE RESPONSIBILITY OF THE USER TO ENSURE THAT ALL RELEVANT HEALTH AND SAFETY LAWS AND REGULATIONS ARE COMPLIED WITH. MacDermid Autotype Limited does not provide any advice on such laws and regulations and accepts no responsibility, express or implied, for breach of such regulations. Statements concerning the use of products described herein should not be construed as recommending the infringement of any patent and no liability for infringement arising out of such use is assumed.

21 Autotex Product data sheet Polyester film is tougher and more durable than polycarbonate and PVC film. It offers enhanced chemical resistance and dramatically improved flex life. The Autotex range of textured polyester films extends the functionality of polyester film into areas demanding high abrasion resistance together with excellent receptivity to graphic inks and windowing lacquers. Autotex has been developed for applications requiring a combination of high abrasion resistance and flexibility, such as embossed membrane switches. PRODUCT DESCRIPTION Autotex is a high quality textured polyester film, consisting of a base polyester and a flexible chemically bonded, UV-cured textured coating. It is available in sheets and rolls. Product range: Autotex Fine Fine texture Autotex Velvet Velvet texture F150, F200, F ,200, 280 micron V150, V200, V , 200, 280 micron Primer: Autotex has an ink adhesion primer on the second surface. This primer confers excellent adhesion to a wide range of solvent based graphic inks. The primer is not recommended for use with UV-cured graphic inks or a combination of solvent and UV graphic inks because the adhesion performance will be inconsistent. A special primer is available for use with UV inks, please see Autotex (7 Series) Product Data Sheet. Windows: Autotex can be screen printed with Windotex to obtain a clear window (see Windotex product data sheet). Autotex Fine, because of its lighter texture, will produce clearer windows than Autotex Velvet. Outdoor use: In common with most other plastics, Autotex has limited long term resistance to UV light and therefore is not recommended for long term use outdoors. In order to overcome this issue, MacDermid Autotype has specially developed Autotex XE, a UV resistant version of Autotex. Please see Autotex XE Product Data Sheet. PRODUCT APPLICATIONS Autotex is used as a substrate in the following applications: Membrane switch overlays Fascia panels Nameplates Labels/Product marking

22 Autotex Product Data Sheet Page 2 of 4 Major benefits Long flex life Chemical and household cleaner resistance, even at the edges Clear window facility Embossable Excellent scratch resistance Consistent low gloss, textured surface Attractive appearance CHEMICAL PROPERTIES Property Autotex Test Method Chemical Resistance Resistant to: DIN Alcohols Dilute Acids Dilute Alkalis Esters Hydrocarbons Ketones Household Cleaning Agents* Coefficient of hygroscopic expansion 1 MD 8 x 10-6 (per 1% RH) TD 7 x 10-6 (per 1% RH) DuPont Teijin Films Method 1 Between 40-80% RH Moisture vapour 3.57g/m 2 /24 hours ASTM F transmission rate (MVTR) 1 Oxygen transmission rate 1 8.2ml /m 2 /24 hours ASTM 25 C, 77% RH 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD. 2 The Autotex coating slightly enhances most properties. * For more detailed information refer to Autotex solvent resistance sheet. ELECTRICAL PROPERTIES Property Autotex Test Method Dielectric strength kv ASTM D mm electrodes in dry 25 C Dissipation factor ASTM D Surface resistivity >10 13 Ω/sq 500Vd.c ASTM 20 C/54% RH Volume resistivity Ωm 100Vd.c ASTM 25 C/1000s 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD. The Autotex coating slightly enhances most properties.

23 Autotex Product Data Sheet Page 3 of 4 MECHANICAL PROPERTIES Property Autotex Test Method Young s modulus N/mm 2 ASTM D882 Elongation at break 1 70% ASTM D1505 Switch life >5 million flexes MacDermid Autotype Method 2 Tensile strength at break 1 150N/mm 2 ASTM D882 Tensile strength at yield point 1 100N/mm 2 ASTM D882 Tear strength 1 350N/mm 2 ASTM D882 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD. 2 Adapted to MacDermid Autotype Method, see Test method manual. OPTICAL PROPERTIES Property Autotex Test Method Gardner Haze Fine Velvet Gloss Level (60 ) Fine Velvet Texture profile Ra Fine Velvet 58% ±5% 71% ±5% 7% ±1.5% 4.5% ±1% 1.6µ ±0.2µm 3.1µ ±0.2µm ASTM D ASTM D MacDermid Autotype Method 2 Rtm Fine Velvet 8µ ±2µm 15.4µ ±2µm Total luminous transmission 92% ±2% ASTM D UV absorption MacDermid Autotype Method 2 (370nm) Yellowness index 2 <3 ASTM E313 1 Adapted to MacDermid Autotype Method, see Test Method Manual. 2 See Test Method Manual PHYSICAL PROPERTIES Property Autotex Test Method Density g/cm 3 ASTM D1505 Thicknesses F µ ±10% F µ ±10% F µ ±10% MacDermid Autotype Method 2 V µ ±10% V µ ±10% V µ ±10% 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD. 2 See Test Method Manual

24 Autotex Product Data Sheet Page 4 of 4 THERMAL PROPERTIES Property Autotex Test Method Coefficient of thermal expansion %/degree DuPont Teijin Films Method Coefficient of humidity expansion %/%RH DuPont Teijin Films Method Dimensional stability Maximum processing temperature 0.2% maximum shrinkage MD at 120 C 120 C MacDermid Autotype Method 2 Low humidity (<10%RH) Maximum use temperature 85 C High humidity (10-95%RH) <60 C Minimum use temperature -40 C (-40F) MacDermid Autotype Method 2 1 Data derived from DuPont Teijin Films literature for 125µ Melinex OD 2 See Test Method Manual OZONE DEPLETING SUBSTANCES EC Regulation 594/91 classifies ozone depleting substances into a number of different groups, I-VI. Autoflex PC does NOT contain any substance classified in groups I-VI nor have any of the substances been used by MacDermid Autotype during manufacture. For details of the content of each of the groups, please see separate ozone depleting substances document. Revision 07/09/V1 The information and recommendations in this publication are believed to be accurate and are offered in good faith but do not constitute specifications. Suggestions concerning uses and applications are only the opinion of MacDermid Autotype Limited and users should carry out their own testing procedures to confirm suitability for their purposes. Except in the case of death or personal injury caused by the materials, MacDermid Autotype Limited MAKES NO WARRANTY OF ANY KIND AND EXCLUDES ANY STATUTORY WARRANTY EXPRESS OR IMPLIED other than that materials conform to their current applicable standard specification. Statements herein therefore should not be construed as guarantees of satisfactory quality or fitness for purpose. The responsibility of MacDermid Autotype Limited for claims arising out of breach of guarantee, negligence, strict liability or otherwise is limited to the purchase price of the material. Suggestions concerning working practices and procedures are based on the practices adopted by existing users of the products and are made in good faith. IT IS THE RESPONSIBILITY OF THE USER TO ENSURE THAT ALL RELEVANT HEALTH AND SAFETY LAWS AND REGULATIONS ARE COMPLIED WITH. MacDermid Autotype Limited does not provide any advice on such laws and regulations and accepts no responsibility, express or implied, for breach of such regulations. Statements concerning the use of products described herein should not be construed as recommending the infringement of any patent and no liability for infringement arising out of such use is assumed.