C100X050YJD Panduit

18900 Panduit Drive TDS: GMY Tinley Park, IL 60487 Effective Date: 17Jul12 Customer Service: 800-777-3300 Revision: 2 Technical Data Sheet Dot Matrix Printable Polyester Film This specification is intended to outline the physical and chemical properties of PANDUITs pressure sensitive dot matrix printable polyester material and include the following part numbers and printable material identifiers: Part Number Prefixes Printable Material Suffixes PDL YJD PRODUCT SPECIFICATIONS: Description: Material is RoHS compliant (European Union directive 2002/95/EC). Material is a top coated polyester film with a pressure sensitive adhesive. This material is halogen free. Print Methods: This material is recommended for dot matrix printing. Adhesive: Acrylic based, pressure sensitive permanent adhesive. Standard Colors: White and Silver Thickness: 3.5 +/- 0.4 mils (substrate and adhesive) Service Temperature Range: -40F to 311F (-40C to 154C) Minimum Application Temperature: 40F (10C) Storage Conditions: Store at 70F (21C) and 50% Relative Humidity. PROPERTIES: PERFORMANCE: Peel Adhesion to Stainless Steel: 45 oz/in width (PSTC-101, 15 min. dwell) Shear Adhesion: 24+ hours (PSTC-107, Procedure A) Tensile Strength: MD 36 +/- 3.6 lbs./inch width (PSTC-131) TD 41 +/- 4.1 lbs./inch width (PSTC-131) MD 80% +/- 15% (PSTC-131) Elongation: TD 75% +/- 15% (PSTC-131) UV Resistance: *3000 hours no change observed (ASTM G154) Elevated Temperature Exposure: After 8 hours at 150F (65.5C) there was no deterioration of the substrate 2 Tack: 470 g/cm (ASTM D-2979-71) *3000 hours equates to 5 years of assimilated outdoor UV exposure. Page 1 of 3 2005 PANDUIT Corp TDS: GMY 18900 Panduit Drive TDS: GMY Tinley Park, IL 60487 Effective Date: 17Jul12 Customer Service: 800-777-3300 Revision: 2 Technical Data Sheet CHEMICAL/SOLVENT RESISTANCE: Test performed according to PSTC-101, ASTM D-543-87 and ASTM D-896-90 The testing was conducted at room temperature and performed with reference to the above test methods. Before testing, the sample was printed using the PDLR-113 ribbon. The samples were cut 1 wide and were applied to stainless steel panels and conditioned for 24 hours. The samples were then immersed in the specified reagents for 5 immersions using the following cycle: a 10 minute immersion time followed by a 30 minute recovery time. After the fifth immersion, the samples were conditioned for 24 hours before testing. Percent retention of performance was based on a 48 hour adhesion value of 83 oz/inch (silver) and 74 oz/inch (white). Note:PRO is Percent Retention of Performance. Chemical/Solvent Visual Observation PROP PROP Silver White Distilled Water No effect 87% 98% Mineral Spirits No effect 81% 96% Toluene Slight adhesive bleed 80% 91% Isopropyl Alcohol No effect 81% 96% Methanol No effect 81% 91% Acetone Slight adhesive bleed 67% 87% Methyl Ethyl Ketone Slight adhesive bleed 69% 87% 1,1,1 Trichloroethane No effect 83% 94% Freon TF No effect 79% 87% Super Agitene No effect 83% 90% Jet-A Fuel No effect 83% 89% Arco TruSlide 68 No effect 79% 89% SAE 30 Motor Oil No effect 77% 102% Printed samples were applied to stainless steel panels and immersed in Isopar IMMERSION RESISTANCE: L and Isopar M solutions to determine if the printing would smear or if the adhesive would degrade. Immersion Time Visual Changes 10 Minutes None 30 Minutes None 60 Minutes None 24 Hours None Page 2 of 3 2005 PANDUIT Corp TDS: GMY