| Items |
 /Asset/MIL-PRF-131-Foil-Film.jpg item-1119 Protect 360 |
/Asset/MIL-PRF-131-Foil-Film.jpg item-1120 Protect 470 |
/Asset/MIL-PRF-131-Foil-Film.jpg item-1121 Protect 2175 |
/Asset/MIL-PRF-131-Foil-Film.jpg item-1122 Protect T90 |
/Asset/MIL-PRF-131-Foil-Film.jpg item-1123 PROTECT CALVAC 6X |
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| Description |
MIL-PRF-131K Type I Class I Structure: Unprinted BON/PE/Foil/PE PROTECT 360 is heat sealable foil that can be used for applications requiring superior tear and puncture resistance as well as protection from light, air and moisture vapor. As an added benefit, 360U conforms to FDA Regulations PART 177-1520 CFR21 for direct food contact when used as supplied and in accordance with sound manufacturing practices. DMF# 14082 |
MIL-PRF-131K Type I Class I Structure: OPP/PE/Foil/PE PROTECT 470 (Marvelseal 470) meets all of the requirements of MIL-PRF-131K, Class 1. Marvelseal 470 is heat sealable and can be used for applications requiring superior tear and puncture resistance as well as protection form light, air and moisture vapor. As an added benefit, Protect conforms to FDA Regulations PART 177-1520 CFR21 for direct food contact when used as supplied and in accordance with sound manufacturing practices. |
MIL-PRF-131K Type I Class I Structure: OPP/PE/Foil/PE Meets all of the requirements of MIL-PRF-131K, Class 1. Intended for applications requiring a flexible, heat-sealable barrier material with low MVTR. FR-2175 can be fabricated into pouches and used for protection of extremely critical items and materials. DMF#14943 |
T90 is moisture barrier packaging made with 2 layers of white film and one layer of black film with 2 layers of reinforcement. It is specifically engineered to provide high strength and durability in a lightweight material. Moisture Barrier Packaging Features:
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This multi-layer laminated poly nylon film is suitable for use in vacuum packaging where moderate oxygen levels are required. Protect CALVAC 6X poly nylon film packaging performs better than coextruded film and is used primarily in the Beef, Poultry and Fish industries. | |||||
| Brands | MS 360 | MS 470 | FR 2175 | |||||||
| Mil Spec | Mil-PRF-131 Class 1 | Mil-PRF-131 Class 1 | Mil-PRF-131 Class 1 | |||||||
| Typical Basis Weight. Lbs/R (245 x 36 - 500) | ||||||||||
| TAPPI Test Method (Basis Weight) | ||||||||||
| Typical Total Thickness | 3.0 mil | |||||||||
| Typical Water Vapour Transmission Rate | 0.4560 g/100 in²/24hrs | |||||||||
| Test Method (Water Vapour Transmission Rate) | ASTM F-1249-90 | |||||||||
| Typical Transmission Rate | 3.5 to 4.5 cc/100 in²/24hrs | |||||||||
| Typical Caliper | 4.6 mil | 5 mil | ||||||||
| Nominal Caliper | 0.0056 in | |||||||||
| Test Method (Caliper) | TAPPI T494 | TAPPI T411 | ||||||||
| TAPPI Test Method (Caliper) | ||||||||||
| Typical Water Vapor Transmission Rate (WVTR) @ 90 Percent (%)/100 Degree Fahrenheit (ºF) | <0.0006 g / CSI / 24hrs | |||||||||
| Test Method (WVTR @ 90 Percent (%) / 100 Degree Fahrenheit (ºF) | ASTM F1249 | |||||||||
| Nominal Water Vapor Transmission Rate (WVTR) | <0.0005 g/100 in²/24hrs | |||||||||
| Maximum Water Vapor Transmission Rate (WVTR) | <0.02 g/100 in²/24hrs | |||||||||
| Test Method Water Vapor Transmission Rate (WVTR) | MIL-STD 2017-3030 | |||||||||
| Typical Tensile Strength Machine Direction (MD) | 25 lb/in | 4800 psi | ||||||||
| Typical Tensile Machine Direction (MD) | 34 lb at break | |||||||||
| Typical Tensile Cross Machine Direction (CD) | 29 lb at break | |||||||||
| Typical Tensile Strength Transverse Direction (TD) | 3800 psi | |||||||||
| Typical Tensile Strength Cross Machine Direction (CD) | 23 lb/in | |||||||||
| Test Method (Tensile Strength) | TAPPI T411 | TAPPI T411 | ASTM D-882 | ASTM D882-91; A | ||||||
| Nominal Tensile Machine Direction (MD) | 29 lb/in | |||||||||
| Nominal Tensile Cross Machine Direction (CD) | 26 lb/in | |||||||||
| Typical Puncture Resistance | 22 lb | 15 lb | ||||||||
| Nominal Puncture Resistance | 18 lb | |||||||||
| Maximum Puncture Resistance | >15 lb | |||||||||
| Test Method (Puncture Resistance) | FED.101, 2065 | MIL-STD 2065 | FED TM2065 | |||||||
| Typical Seal Strength 375 Degree Fahrenheit (ºF): 26 Pound Per Square Inch (psi): 1 Second (sec) | 10 lb/in | |||||||||
| Test Method (Seal Strength 375 Degree Fahrenheit (ºF): 26 Pound Per Square Inch (psi): 1 Second (sec)) | ASTM D-882 | |||||||||
| Typical Tear Strength Machine Direction (MD) | 2.1 lb | |||||||||
| Typical Tear Strength Transverse Direction (TD) | 2.8 lb | |||||||||
| Typical Tear Machine Direction (MD) | 64 g | |||||||||
| Typical Tear (XMD) | 64 g | |||||||||
| Test Method (Tear) | ASTM 689 | ASTM D1004-94 (MD) NOTCHED (CD) | ||||||||
| Typical Moisture Vapor Transmission Rate (MVTR) | 0.0006 g/100 in²/24hrs | |||||||||
| Test Method Moisture Vapor Transmission Rate (MVTR) | Mocon | |||||||||
| Typical O2TR | 0.0006 g/100 in²/24hrs | |||||||||
| Test Method (O2TR) | Mocon | |||||||||
| Typical Tensile Strength - Machine Direction | ||||||||||
| Typical Tensile Strength - Cross Machine Direction | ||||||||||
| TAPPI Test Method (Tensile Strength) | ||||||||||
| Typical Tearing Strength, Elmendorf, gms. - Cross Machine Direction | ||||||||||
| Typical Tearing Strength, Elmendorf, gms. - Machine Direction | ||||||||||
| TAPPI Test Method (Tearing Strength, Elmendorf) | ||||||||||
| Elmendorf Tear Test - Cross Machine Direction | ||||||||||
| Elmendorf Tear Test - Machine Direction | ||||||||||
| Typical Elmendorf Tear Machine Direction (MD) | 116 g | |||||||||
| Typical Elmendorf Tear Cross Machine Direction (CD) | 147 g | |||||||||
| Test Method (Elmendorf Tear) | TAPPI T414 | |||||||||
| Typical Yields | 5400 in²/lb | |||||||||
| Test Method (Yields) | ||||||||||
| Nominal Oil Resistance | Passed | |||||||||
| Maximum Oil Resistance | No delamination, swelling, or leakage | |||||||||
| Test Method (Oil Resistance) | MIL-STD 3015 | |||||||||
| Typical Mullen Burst | 74 psi | |||||||||
| Test Method (Mullen Burst) | TAPPI T403 | |||||||||
| Typical Seam Strength | 17 lb/in | |||||||||
| Nominal Breaking Strength | 68.8 lb/in | |||||||||
| Test Method (Seam Strength) | 350 ºF: 50 psi: 0.5 sec | |||||||||
| Maximum Breaking Strength | <50 lb/in | |||||||||
| Test Method (Breaking Strength) | 4.6.5 | |||||||||
| Standard Sized | 36" x 1000ly 48" x 1000ly | 36" x 1000ly 48" x 1000ly | 36" x 1000ly 48" x 1000ly | |||||||
| Weight U.S. Value | 64 lb/1000 ft² | |||||||||
| Weight Metric Value | 31.2 kg/100 m² | |||||||||
| Test Method (Weight) | D-751 | |||||||||
| 3 Inch (in) Load @ Yield U.S. Value | 82 lbf175 lbf | |||||||||
| 3 Inch (in) Load @ Yield Metric Value | 365 N779 N | |||||||||
| Test Method (3 Inch (in) Load @ Yield) | D-882 | |||||||||
| 3 Inch (in) Load @ Break U.S. Value | 2000 psi | |||||||||
| 3 Inch (in) Load @ Break Metric Value | 13.8 MPa | |||||||||
| Test Method (3 Inch (in) Load @ Break) | D882 | |||||||||
| 3 Inch (in) Elongation @ Break U.S. Value | 425 % | |||||||||
| 3 Inch (in) Elongation @ Break Metric Value | 425 % | |||||||||
| Test Method (3 Inch (in) Elongation @ Break) | D882 | |||||||||
| Tongue Tear U.S. Value | 36 lbf | |||||||||
| Tongue Tear Metric Value | 160 N | |||||||||
| Test Method (Tongue Tear) | D-2261 | |||||||||
| Trapezoidal Tear U.S. Value | 44 lbf | |||||||||
| Trapezoidal Tear Metric Value | 196 N | |||||||||
| Test Method (Trapezoidal Tear) | D-4533 | |||||||||
| PPT Resistance U.S. Value | 41 lbf | |||||||||
| PPT Resistance Metric Value | 182 N | |||||||||
| Test Method (PPT Resistance) | D-2582 | |||||||||
| Dart Impact Strength U.S. Value | 2.4 lb | |||||||||
| Dart Impact Strength Metric Value | 1.1 kg | |||||||||
| Test Method (Dart Impact Strength) | D-1709 | |||||||||
| Cold Impact Strength U.S. Value | -40 ºF | |||||||||
| Cold Impact Strength Metric Value | -40 ºC | |||||||||
| Test Method (Cold Impact Strength) | D-1709 | |||||||||
| Permeance U.S. Value | 0.022 Grain/Hr•ft²•in.Hg | |||||||||
| Permeance Metric Value | 1.28 NG/(PA•S•m²) | |||||||||
| Test Method (Permeance) | E-96 | |||||||||
| Minimum Usable Temperature Range | -40 ºF-40 ºC | |||||||||
| Maximum Usable Temperature Range | 170 ºF77 ºC | |||||||||
| Typical Elongation Machine Direction (MD) | 450 % | |||||||||
| Typical Elongation Transverse Direction (TD) | 550 % | |||||||||
| Typical Elongation Cross Machine Direction (CD) | ||||||||||
| Test Method (Elongation) | ASTM D882-91: A | |||||||||
| Typical Puncture Strength | 20.5 lb | |||||||||
| Test Method (Puncture Strength) | FTMS 101-C; 2065.1 | |||||||||
| Typical Light Transmission | >90 % | |||||||||
| Test Method (Light Transmission) | ASTM D1003-92 | |||||||||
| Typical Heat Seal Strength | 22 lb/in width | |||||||||
| Test Method (Heat Seal Strength) | ASTM D-1876-93 VERTROD | |||||||||
| Typical Bond Strength | ||||||||||
| Typical Seal Strength | ||||||||||
| Typical Oxygen Transmission Rate | ||||||||||
| Typical Moisture Vapor Transmission | ||||||||||
| Finished Basis Weight | ||||||||||
| Minimum Mullen Burst Test | ||||||||||
| Moisture Percent (%) | ||||||||||
| Minimum Active Chemical Weight | ||||||||||
| Typical Basis Weight | ||||||||||
| Test Method (Basis Weight) | ||||||||||
| Typical Bursting Strength | ||||||||||
| TAPPI Test Method (Bursting Strength) | ||||||||||
| Quantity | ||||||||||
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