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ExxonMobil Label-Lyte™ 28LLG-202 OPP Film

Category Polymer , Thermoplastic , Polypropylene (PP) , Polypropylene, Film Grade
Manufacturer Exxon Chemical
Trade Name Label-Lyte™
Port Shanghai port,China
Trade Terms FOB, CFR, CIF
Payment Terms L/C, T/T, Western Union
Download PDF ExxonMobil Label-Lyte™ 28LLG-202 OPP Film.pdf
Price EMAIL US    sales@lookpolymers.com
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Material Notes:
Product Description: A white, two-side treated, polypropylene film designed for use in roll-fed labeling of cylindrical glass, plastic, and metal containers. Typical applications include food, beverage, nutritional, aerosol, and household chemicals. The high yield 28LLG-202 should be laminated to a clear overlaminated or reverse-printed outer web. The treated, white print surface can be printed with water-based or solvent-based flexo and gravure inks. The treated, satin-white side is designed for machinability and hot melt adhesion.Availability: North America Key Features: Excellent opacity and bright metal background for outstanding graphic appealVery good ink adhesion and lamination bond strengthVery good hot melt adhesionConsistent machinability on roll-fed label machines Applications:Beverage, CarbonatedBeverage, Mineral WatersDairy ProductsDry Foods and Beverage PowdersHealth and Beauty CareHousehold and DetergentsIndustrial Uses: Reel-Fed Labels Processing Method: Inner Web Adhesive Lamination, Solvent Flexographic Printing, Solvent Rotogravure Printing, Surface Print Unsupported and Water-based Flexographic PrintingInformation provided by ExxonMobil
Physical Properties Metric English Comments
Thickness 27.9 microns
1.10 mil
ExxonMobil Method
Coating Weight 17.3 g/m²
10.8 lb/ream
ExxonMobil Method
Mechanical Properties Metric English Comments
Film Elongation at Break, MD 97 %
97 %
20 in/min, 2.0 in Jaw Separation; ExxonMobil Method
Film Elongation at Break, TD 35 %
35 %
20 in/min, 2.0 in Jaw Separation; ExxonMobil Method
Coefficient of Friction 0.36
0.36
Machinable; ExxonMobil Method
0.60
0.60
Print; ExxonMobil Method
Film Tensile Strength at Break, MD 80.0 MPa
11600 psi
20 in/min, 2.0 in Jaw Separation; ExxonMobil Method
Film Tensile Strength at Break, TD 129 MPa
18700 psi
20 in/min, 2.0 in Jaw Separation; ExxonMobil Method
Thermal Properties Metric English Comments
Shrinkage, MD 5.0 %

@Temperature 135 °C
5.0 %

@Temperature 275 °F
ExxonMobil Method
Shrinkage, TD 4.0 %

@Temperature 135 °C
4.0 %

@Temperature 275 °F
ExxonMobil Method
Optical Properties Metric English Comments
Transmission, Visible 35 %
35 %
ExxonMobil Method
Descriptive Properties Value Comments
Opacity 0.78
Wetting Tension 0.83 receding cos theta
Machinable Surface
0.85 receding cos theta
Print Surface
Yield 40000 in2/lb
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