Arkema Plexiglas® G-UVT

UV Retention The Perfect Material for a Perfect Tan Chemical Resistance Resistance to Yellowing Plexiglas G-UVT CELL-CAST ACRYLIC SHEET Salon owners want tanning beds that remain clean sturdy n UV transmission starts just above 250 nm and clear throughout their lifetime and Plexiglas G-UVT n Excellent UV retention properties cell-cast acrylic sheet is specifically designed with this in mind. Using proprietary technology Plexiglas G-UVT acrylic sheet n Resistant to yellowing over time has passed more than 10000 hours of severe UVA and UVB n Excellent craze and chemical resistance weathering tests without significant change in UV transmission and clarity. n High thermal stability and mechanical properties Plexiglas G-UVT acrylic sheet is available in a patterned finish n Can be easily thermoformed that hides light sources without sacrificing clarity. This Plexiglas G-UVT P-95 acrylic sheet pattern creates a sleek modern look while hiding fingerprints or smudges. Typical applications include tanning beds zoo exhibits greenhouses UV transmissive skylights and HID High Intesity Discharge lamp covers. THICKNESS 0.118 0.125 0.150 0.157 0.170 0.177 0.187 0.312 0.354 0.375 0.472 0.500 SHEET SIZE 48 X 96 50 x 99 60 x 96 62 x 99 72 x 96 74 x 99 Custom lengths are available with minimum requirements. Plexiglas G-UVT CELL-CAST ACRYLIC SHEET TYPICAL SYANDARD PROPERTIES PROPERTIES TEST METHOD UNIT VALUE Plexiglas G-UVT Acrylic Sheet UV Transmission Curves PHYSICAL Plexiglas G-UVT Acrylic Sheet Initial UV Transmission Curves in 100 0.177 Transmission Nominal Thickness for data unless otherwise noted Plexiglas G-UVT acrylic sheet 0.125 80 Plexiglas G-UVT acrylic sheet 0.354 Specific Gravity ASTM D-792 --- 1.19 Rockwell Hardness ASTM D-785 M scale 101 Refractive Index ND 73F ASTM D-542 --- 1.49 Luminous Transmittance1 ASTM D-1003 92.0 Ultraviolet Transmittance2 at 300 nm ASTM D-1003 80.0 Haze1 ASTM D-1003 1.0 Yellowness Index1 ASTM E-313 --- 1.0 Weathering performance after

3000 hours UVB-313EL exposure ASTM G-154 --- --- Yellowness Index change ASTM E-313 --- 0.2 Haze change ASTM D-1003 1.6 Tensile Strength maximum ASTM D-638 psi 11200 Tensile Strength yield ASTM D-638 psi 11200 Tensile Elongation ASTM D-638 4.6 Tensile Modulus of Elasticity ASTM D-638 psi 450000 Flexural Strength maximum ASTM D-790 psi 19800 Flexural Modulus of Elasticity ASTM D-790 psi 450000 Notched Izod impact 73F 23C ASTM D-256 ft-lb in 0.46 Deflection Temperature under Flexural Load 66psi unannealed1 ASTM D-648 F 225 Deflection Temperature under Flexural Load 264psi unannealed1 ASTM D-648 F 214 Vicat Softening Temperature 1kg load ASTM D-1525 F 237 Reference test method ASTM G-154 Vicat Softening Temperature 5kg load ASTM D-1525 F 226 Conditions Q-Panel Accelerated Weathering Tester model QUVSE with UVB 313EL lamps. The set point for the tester is 0.67wm2 at the calibration wavelength 313nm. Set temperature 45C. Coefficient of Thermal Expansion at 60F ASTM E-831 in in F x 10-5 3.9 Maximum Recommended Continuous Service Temperature NA F 180 200 Recommended Thermoforming Temperature NA F 290 360 Constant Stress Craze Resistance IPA4 Modified ARTC Method Mil P-6997 psi 2100 Constant Stress Craze Resistance Aromatic Alcohol Blend4 Modified ARTC Method Mil P-6997 psi 1700 UL 94 --- 94HB 0.118 ASTM D-4802 --- Category A-1 Finish 1 or 2 Type UVT OPTICAL Mechanical 60 Plexiglas G-UVT acrylic sheet 0.177 40 20 0 200 250 300 350 400 450 500 550 600 Wavelength nm Plexiglas G-UVT acrylic sheet transmissions measured by a Perkin Elmer Lambda 850 UVVis spectrometer. Edge Color Comparisons After UVB Exposure THERMAL A B C D Plexiglas G-UVT Acrylic Sheet Edge color comparisons after UVB exposure 1200 hours. Plexiglas G-UVT acrylic sheet showed no color change and the competitive UVT sheets showed severe yellowness after UVB lamp exposure. Samples A B C and D are various commercial UVT type samples. Comparison of Plexiglas G-UVT Acrylic Sheet vs. Commercial UV

T Samples CRAZE RESISTANCE FLAMMABILITY3 SPECIFICATION COMPLIANCE Plastics Component QMFZ2.E39437 Flammability Classification Standard Specification for PMMA Acrylic Plastic Sheet Data given are average values and should not be used for specification purposes. 1. This property will change with thickness. The value given is for the thickness indicated in the column heading unless otherwise noted. 2. Tests performed on 0.125 thickness. 3. Flammability tests are small scale tests and may not be indicative of how materials will perform in an actual situation. 4. The values are after the material has been heated for forming. UV transmission at 300nm for Plexiglas G-UVT acrylic sheet and various commercial UVT type samples as a function of UVB exposure time. Reference test method ASTM G-154 Plexiglas acrylic plastic is a combustible thermoplastic. Observe fire precautions appropriate for comparable forms of wood and paper. For building uses check code approvals. Impact resistance is a factor of thickness. Avoid exposure to heat or aromatic solvents. Clean with soap and water. Avoid abrasives. See MSDS for Health Safety Considerations. Altuglas and Plexiglas are registered trademarks of Arkema. 2013 Arkema Inc. All rights reserved. ROC 313 The statements technical information and recommendations contained herein are believed to be accurate as of the date hereof. Since the conditions and methods of use of the product and of the information referred to herein are beyond our control Arkema expressly disclaims any and all liability as to any results obtained or arising from any use of the product or reliance on such information NO WARRANTY OF FITNESS FOR ANY PARTICULAR PURPOSE WARRANTY OF MERCHANTABILITY OR ANY OTHER WARRANTY EXPRESS OR IMPLIED IS MADE CONCERNING THE GOODS DESCRIBED OR THE INFORMATION PROVIDED HEREIN. The information provided herein relates only to the specific product designated and may not be applicable when such product is used in combination with other

materials or in any process. The user should thoroughly test any application before commercialization. Nothing contained herein constitutes a license to practice under any patent and it should not be construed as an inducement to infringe any patent and the user is advised to take appropriate steps to be sure that any proposed use of the product will not result in patent infringement.