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Mylar® OL13 is a biaxially oriented polyester (OPET) film with an amorphous polyester heat seal layer. It is used as a heat sealable lidding film in packaging refrigerated and frozen foods. Mylar® OL13 is commercially available in nominal 50, 100 and 150 gauges.
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Mylar® OL13 provides very strong, aggressive seals to polar substrates such as amorphous polyester (APET, also PETG), semicrystalline polyester (CPET), polyester coated paperboard, polyvinylchloride (PVC), and aluminum. Mylar® OL13 does not seal to polyethylene, polypropylene, or polystyrene. Mylar® Specialty Films offers another family of lidding films (RL types) for sealing to these substrates.
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Mylar® OL13 is similar to OL12 but has a thicker seal layer than Mylar® OL12 to give enhanced seal strength. In general, Mylar® OL13 can produce non-peeling, near "lock-up" type seals and is recommended for hot fill applications where non-peeling seals are desired. Mylar® OL13 lidding films have excellent grease and oil resistance. Mylar® OL13 can withstand freezing temperatures down to -40℉.
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Corona Treatment (Mylar® OL13T): Selected gauges of Mylar® OL13 are available with corona treatment (opposite side from the heat seal layer) to enhance printing and laminating. This film type is marketed by Mylar® Specialty Films as Mylar® OL13T. The film is treated to an initial dyne level of 54. The dyne level of treated lidding films may decline with storage, and in-line corona treatment may be required during subsequent printing or laminating to increase the dyne level to a value adequate to get desired ink or laminate adhesion. Standard put-ups for Mylar® OL13T are the same as shown for Mylar® OL13.
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Anti-fog (Mylar® OL13AF, OL13AT): Selected gauges of Mylar® OL13 lidding films are available with anti-fogging capability to provide better clarity when stored and displayed in refrigerated conditions. This film type is marketed by Mylar® Specialty Films as OL13AF. Mylar® OL13AF is also available with corona treatment on the opposite side from the heat seal layer.
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Food Contact Status -
Please contact your Mylar® Specialty Films representative to receive the Regulatory Compliance documents
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Disposal of Mylar® OL13 does not present special disposal problems. It can be buried as a relatively inert material in a landfill or burned in an incinerator with normal refuse. The incinerator should have sufficient draft to exhaust all combustion products through the stack to avoid exposure to irritating fumes. The disposal method should comply with local, state and federal regulations.
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| Available Thickness [Gauge] |
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50; 100; 150
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| Property |
Thickness |
Value |
Units |
Test |
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BARRIER
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| Gas Permeability - O2, 24 hr |
100 |
5 |
cc/100 in² |
ASTM D3985 22℃/75% RH/1 ATM |
| Gas Permeability - O2, 24 hr |
150 |
3 |
cc/100 in² |
ASTM D3985 22℃/75% RH/1 ATM |
| Gas Permeability - O2, 24 hr |
50 |
9 |
cc/100 in² |
ASTM D3985 22℃/75% RH/1 ATM |
| WVTR |
100 |
1.3 |
g/100 in²/day |
ASTM F1249 38℃, 90% RH |
| WVTR |
150 |
0.9 |
g/100 in²/day |
ASTM F1249 38℃, 90% RH |
| WVTR |
50 |
2.8 |
g/100 in²/day |
ASTM F1249 38℃, 90% RH |
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PHYSICAL
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| Elongation at Break MD |
50 - 150 |
110 |
% |
ASTM D882A |
| Elongation at Break TD |
50 - 150 |
80 |
% |
ASTM D882A |
| Modulus |
50 - 150 |
550 |
kpsi |
ASTM D822 |
| Tear (Graves) |
100 |
1.1 |
lb |
ASTM D1004 |
| Tear (Graves) |
150 |
1.3 |
lb |
ASTM D1004 |
| Tear (Graves) |
50 |
0.7 |
lb |
ASTM D1004 |
| Tensile Strength MD (break) |
50 - 100 |
25 |
kpsi |
ASTM D882A |
| Tensile Strength TD (break) |
50 - 100 |
35 |
kpsi |
ASTM D882A |
| Unit Weight |
100 |
26.0 |
lb/ream |
ASTM E252 (0.5 m2) |
| Unit Weight |
150 |
37.0 |
lb/ream |
ASTM E252 (0.5 m2) |
| Unit Weight |
50 |
16.5 |
lb/ream |
ASTM E252 (0.5 m2) |
| Yield (nominal) |
100 |
16,600 |
in²/lb |
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| Yield (nominal) |
150 |
11,700 |
in²/lb |
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| Yield (nominal) |
50 |
26,400 |
in²/lb |
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Mylar® Specialty Films U.S. Limited Partnership
3600 Discovery Drive
Chester, VA 23836-6436 USA
Tel: (800) 635-4639
Fax: (804) 530-9867
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Note: These values are typical performance data for Mylar® Specialty Films' polyester film; they are not intended to be used as design data. We believe this information is the best currently available on the subject. It is offered as a possible helpful suggestion in experimentation you may care to undertake along these lines. It is subject to revision as additional knowledge and experience is gained. Mylar® Specialty Films makes no guarantee of results and assumes no obligation or liability whatsoever in connection with this information. This publication is not a license to operate under, or intended to suggest infringement of, any existing patents.
CAUTION: Do not use in medical applications involving permanent implantation in the human body (Mylar® Specialty Films Medical Policy). For other medical applications, see the Medical Caution Statement. Mylar® Specialty Films accepts no liability for use of it's products in medical applications not reviewed and approved by Mylar® Specialty Films or for product misuse. Mylar® Specialty Films supplies products to an agreed specification and does not manufacture products designed specifically for medical end use.
Melinex®, Mylar® and Melinex® STTM are registered trademarks of Mylar® Specialty Films U.S. Limited Partnership.
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