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ExxonMobil Oppalyte™ 50MO747 OPP Film  (discontinued **)
Categories: Polymer; Film; Thermoplastic; Polypropylene (PP); Polypropylene, Film Grade
Material Notes: Product Description: A white opaque biaxially oriented polypropylene film, coated on one side acrylic, one side PVdC. Provides excellent performance on all packaging machines.

Availability: Africa & Middle East, Asia Pacific and Europe

Key Features:

  • Broad sealing range on acrylic side
  • Excellent aroma, oxygen, and moisture barriers
  • Superior opacity
  • High yield
  • Excellent stiffness
  • Coatings are mutually compatible and compatible with converter-applied PVdC coatings
  • Excellent base for converty-applied coatings
  • Solvent-free coatings
  • Ideal support for water-based ink printing on acrylic side
Features:
  • Acrylic Coating
  • Flavor & Aroma Barrier
  • Gas Barrier
  • In Lamination Lap Sealable
  • Light Barrier
  • Moisture Barrier
  • Oxygen Barrier
  • PVdC Coated
  • Sealable PVcD Coated
Applications:
  • Bakery
  • Biscuits/Cookie/Crackers
  • Box Overwrap
  • Confectionery, Chocolate
  • Confectionery, Gum
  • Confectionery, Sugar
  • Crisps and Snacks
  • Dry Foods and Beverage Powders
  • Fresh Produce
  • Frozen Food
  • Health and Beauty Care
  • Household and Detergents
  • Ice Cream
Uses:
  • Box Overwrap Flexible Packaging
  • HFFS Flexible Packaging
  • Pre-made Bags – Flexible Packaging
  • VFFS Flexible Packaging
Processing Method: Cold Seal Adhesive, Inner Web Adhesive Lamination, Outer Web Adhesive Lamination, Solvent Flexographic Printing, Solvent Rotogravure Printing and Surface Print Unsupported

Information provided by ExxonMobil
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 PropertiesOriginal ValueComments
Water Vapor Transmission 0.0390 g/100 in²/day
@Temperature 23.0 °C		85% RH; ExxonMobil Method
 0.220 g/100 in²/day
@Temperature 38.0 °C		90% RH; ExxonMobil Method
Oxygen Transmission Rate 1.29 cc/100 in²/day
@Temperature 23.0 °C		Wet, 75% RH; ExxonMobil Method
 1.30 cc/100 in²/day
@Temperature 23.0 °C		0% RH; ExxonMobil Method
Thickness 2.00 milExxonMobil Method
Coating Weight 20.5 lb/reamExxonMobil Method
 
Mechanical PropertiesOriginal ValueComments
Film Elongation at Break, MD 130 %7.9 in/min, 4.9 in Jaw Separation; ExxonMobil Method
Film Elongation at Break, TD 50 %7.9 in/min, 4.9 in Jaw Separation; ExxonMobil Method
Modulus of Elasticity 363 ksiTD; ExxonMobil Method
Coefficient of Friction 0.25ExxonMobil Method
 0.35ExxonMobil Method
Seal Strength 410 g/in
@Pressure 0.276 MPa,
Temperature 140 °C		Otto Brugger, 0.2 sec, PVdC; ExxonMobil Method
 410 g/in
@Pressure 0.276 MPa,
Temperature 140 °C		Otto Brugger, 0.2 sec, Acrylic; ExxonMobil Method
Film Tensile Strength at Break, MD 16700 psi7.9 in/min, 4.9 in Jaw Separation; ExxonMobil Method
Film Tensile Strength at Break, TD 24700 psi7.9 in/min, 4.9 in Jaw Separation; ExxonMobil Method
 
Thermal PropertiesOriginal ValueComments
Shrinkage, MD 5.0 %
@Temperature 135 °C,
Time 432 sec		ExxonMobil Method
Shrinkage, TD 5.0 %
@Temperature 135 °C,
Time 432 sec		ExxonMobil Method
 
Optical PropertiesOriginal ValueComments
Gloss 100 %ExxonMobil Method
Transmission, Visible 16.5 %ExxonMobil Method
 
Descriptive Properties
Carbon Dioxide Transmission Rate5.16 cc/100 in2/ 24 hr75% RH, ASTM D1434
Heat Seal Range54°FPVdC, 36.3 psi, 0.2 sec
 90°FAcrylic, 36.3 psi, 0.2 sec
Nitrogen Transmission Rate0.645 cc/100 in2/ 24 hr75% RH, ASTM D1434
Yield21000 in2/lb

**
Materials flagged as discontinued () are no longer part of the manufacturer’s standard product line according to our latest information. These materials may be available by special order, in distribution inventory, or reinstated as an active product. Data sheets from materials that are no longer available remain in MatWeb to assist users in finding replacement materials.

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