C125X038TJT Panduit

18900 Panduit Drive TDS: GMT4-W Tinley Park, IL 60487 Effective Date: 21AUG13 Customer Service: 800-777-3300 Revision: 3 Technical Data Sheet Thermal Transfer Printable Polyvinyl Fluoride Film This specification is intended to outline the physical and chemical properties of PANDUITs pressure sensitive thermal transfer printable polyvinyl fluoride material and include the following part numbers and printable material identifiers: Part Number Prefixes Printable Material Suffixes TTC*T TJT PRODUCT SPECIFICATIONS: Description: Material is RoHS compliant (European Union directive 2002/95/EC). Material is a self-extinguishing, top coated polyvinyl fluoride film with a pressure sensitive adhesive. Print Methods: This material is recommended for thermal transfer printing. Adhesive: Acrylic based, pressure sensitive permanent adhesive. Standard Colors: White Thickness: 2.5 +/- 0.3 mils (substrate and adhesive) Service Temperature Range: -40F to 225F (-40C to 106C). Test at 275F have shown acceptable results. Minimum Application Temperature: 50F (10C) Storage Conditions: Store at 70F (21C) and 50% Relative Humidity. PROPERTIES: PERFORMANCE: Peel Adhesion to Stainless Steel: 35 oz/in width (PSTC-101, 15 min. dwell) Shear Adhesion: 20 hours (PSTC-107, Procedure A) Tensile Strength: MD 12 +/- 1.2 lbs./inch width (PSTC-131) MD 250% +/- 20% (PSTC-131) Elongation: Elevated Temperature Exposure: After 24 hours at 160F (70C) there was no deterioration of the substrate Flammability: Passes the Federal Motor Vehicle Safety Standard (FMVSS-302) Average burn time less than 10 seconds (ASTM D1000) 2 Tack: 320 g/cm (ASTM D-2979-88) UV Resistance: *3000 hours no change observed (ASTM G154) *3000 hours equates to 5 years of assimilated outdoor UV exposure. Page 1 of 3 2005 PANDUIT Corp TDS: GMT4-W 18900 Panduit Drive TDS: GMT4-W Tinley Park, IL 60487 Effective Date: 21AUG13 Customer Service: 800-777-3300 Revision: 3 Technical Data Sheet CHEMICAL/SOLVENT RESISTANCE: The testing was conducted at room temperature. Samples were thermal transfer printed with Panduit RMR*BL/RMER*BL ribbon on the Panduit TDP43MY/TDP43ME printer. Separate sets were conditioned for 24 hours before being immersed in the following solvents for period of 1 hour and 24 hours. After the samples were removed from the immersed solvents, they were rubbed 10 times with a lint free gauze. Visual observations were noted for any smear or loss of legibility. 1 Hour Immersion Chemical/Solvent Visual Observation Jet Fuel No change Gasoline No change Methyl Ethyl Ketone Loss of print legibility 1:1:1 TCE Loss of print density Trichloroethylene Loss of print density 409 Cleaner No change Alpha Flux 200L No change 24 Hours Immersion Chemical Reagent Visual Observation Isopropyl Alcohol Loss of print density Water 150F No change Salt Water No change SAE 30 Motor Oil No change Hydraulic Fluid No change Skydrol Loss of print density Methanol/Water No change Ethylene Glycol No change ASTM 3 Oil No change Page 2 of 3 2005 PANDUIT Corp TDS: GMT4-W