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Master Bond adhesives

3M 7744FL Polyester Overlaminating Film
Categories: Polymer; Adhesive; Film
Material Notes: 3M™ Polyester Overlaminating Films 7744 and 7744FL utilize a matte clear polyester that is recommended for optimum durability and thermal transfer printability. 3M™ Adhesive 400 offers excellent low temperature performance and long term aging for resistance to yellowing in outdoor applications.

Information provided by 3M
Vendors: No vendors are listed for this material. Please click here if you are a supplier and would like information on how to add your listing to this material.
 
Physical PropertiesMetricEnglishComments
Thickness 20.3 microns0.800 milAdhesive
 33.0 microns1.30 milFacestock
 38.1 microns1.50 milLiner
 
Mechanical PropertiesMetricEnglishComments
Peel Strength 0.05478 kN/m0.3125 pliLD Polyethylene, 180° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.07669 kN/m0.4375 pliLD Polyethylene, 90° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.0877 kN/m0.500 pliHD Polyethylene, 90° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.09861 kN/m0.5625 pliLD Polyethylene, 90° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.110 kN/m0.625 pliLD Polyethylene, 180° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.1205 kN/m0.6875 pliLD Polyethylene, 180° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.131 kN/m0.750 pliHD Polyethylene, 180° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.131 kN/m0.750 pliHD Polyethylene, 90° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.153 kN/m0.875 pliHD Polyethylene, 180° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.153 kN/m0.875 pliLD Polyethylene, 180° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.153 kN/m0.875 pliHD Polyethylene, 180° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.1643 kN/m0.9375 pliHD Polyethylene, 90° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.1643 kN/m0.9375 pliHD Polyethylene, 90° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.18626 kN/m1.0625 pliLD Polyethylene, 90° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.18626 kN/m1.0625 pliLD Polyethylene, 90° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.20817 kN/m1.1875 pliPolypropylene, 90° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.23008 kN/m1.3125 pliHD Polyethylene, 180° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.23008 kN/m1.3125 pliPolypropylene, 90° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.25199 kN/m1.4375 pliStainless Steel, 90° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.263 kN/m1.50 pliGlass, 90° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.27391 kN/m1.5625 pliPolypropylene, 90° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.2849 kN/m1.625 pliPolypropylene, 90° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.2849 kN/m1.625 pliPolycarbonate 180° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.2849 kN/m1.625 pliGlass, 90° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.29582 kN/m1.6875 pliPolypropylene, 180° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.29582 kN/m1.6875 pliPolycarbonate 90° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.307 kN/m1.75 pliPolycarbonate 90° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.307 kN/m1.75 pliPolypropylene, 180° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.31773 kN/m1.8125 pliStainless Steel, 180° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.31773 kN/m1.8125 pliPolypropylene, 180° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.351 kN/m2.00 pliGlass, 180° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.351 kN/m2.00 pliStainless Steel, 90° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.351 kN/m2.00 pliPolypropylene, 180° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.36156 kN/m2.0625 pliStainless Steel, 90° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.36156 kN/m2.0625 pliPolycarbonate 90° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.36156 kN/m2.0625 pliPolycarbonate 180° Peel, Initial, 10 min dwell at RT; ASTM D3330
 0.3725 kN/m2.125 pliPolycarbonate 180° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.40538 kN/m2.3125 pliPolycarbonate 90° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.4163 kN/m2.375 pliStainless Steel, 90° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.4163 kN/m2.375 pliGlass, 90° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.42729 kN/m2.4375 pliPolycarbonate 180° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.438 kN/m2.50 pliGlass, 180° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.438 kN/m2.50 pliGlass, 90° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.44921 kN/m2.5625 pliStainless Steel, 180° Peel, Conditioned for 3 days at RT; ASTM D3330
 0.5040 kN/m2.875 pliStainless Steel, 180° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.51494 kN/m2.9375 pliGlass, 180° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 0.5478 kN/m3.125 pliGlass, 180° Peel, Conditioned for 3 days at 49°C; ASTM D3330
 0.73407 kN/m4.1875 pliStainless Steel, 180° Peel, Conditioned for 24 hrs at 32°C at 90% RH; ASTM D3330
 
Thermal PropertiesMetricEnglishComments
Maximum Service Temperature, Air 121 °C250 °F
Minimum Service Temperature, Air -40.0 °C-40.0 °F
 
Processing PropertiesMetricEnglishComments
Processing Temperature >= -12.0 °C>= 10.4 °FApplication
Shelf Life 24.0 Month24.0 Month
 
Descriptive Properties
Adhesive Type#400 Acrylic
LinerClear Polyester Liner

Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to view all the property values for this datasheet as they were originally entered into MatWeb.

PMM33457 / 168204




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