Packaging Supplies

Shrink Wrap/Film

  • Vanguard CCL Shrink Film

    Vanguard CCL is an advanced biaxially oriented high clarity crosslinked LLDPE shrink film with the versatility to shrink wrap a wide variety of products. Vanguard CCL is formulated and produced to ensure performance characteristics to meet even the toughest shrink wrapping applications. This film is compatible with nearly all shrink wrapping equipment in use today.

    Typical Properties ASTM
    Test
    Method    		 50G 60G 75G 100G
    Minimum Use Temp. (F)   -40 -40 -40 -40
    Haze (%) D1003 2.3 2.8 3.1 3.4
    Gloss (%) D2457 130 125 125 120
    Tensil Strength (psi) D882 15,000 15,000 15,000 15,000
    Elongation at break (%) D882 110 115 115 120
    Stiffness Modulus (psi) D882 55,000 55,000 55,000 55,000
    Tear Strength (gms/ply) D1922 8 10 13 15
    Coefficient of friction (film to film : Kinetic) D1894 0.30 0.30 0.30 0.30
    WVTR (gms/100si/24hrs) F1249 1.7 1.4 1.2 0.9
    Unrestrained shrink (%) @ 260 °F D2732 70 70 70 65
    Shrink force @250 °F (psi) D2838 550 550 550 500
    Impact strength (in-lbs) D3420 8 10 13 15

    This information represents our judgement based on tests performed by Okura USA, Inc. assumes no liability whatsoever in connection with the use of this information or suggestions contained herein. They are given and accepted at the user's risk. We urge purchasers to conduct independent tests to determine final suitability for their specific application.

  • Vanguard CLF Low Shrink Force Film

    Vanguard CLF is a new low shrink formce film engineered to give a tight shrink without deforming or bending the package being wrapped. In addition to its "Low Force" properties. CLF is also esay to shink at temperatures lower than those required by typical crosslinked polyethylene films. This combination of features makes CLF one of the most forgiving shink packaging films on the market today.

    Typical Properties ASTM
    Test
    Method    		 50G 60G 75G
    Minimum Use Temp. (F)   -60 -60 -60
    Maximum Storage Temperature (F)   90 90 90
    Haze (%) D1003 3.1 3.9 4.5
    Gloss (%) D2457 87 84 82
    Clarity (%) D1746 97 96 94
    Tensil Strength (kpsi) D882 9 9 9
    Elongation at break MD/TD (%) D882 100/85 105/90 100/90
    Stiffness Modulus (psi) D882 30,000 30,000 30,000
    Tear Strength MD/TD (ave) D1922 14 17 23
    Coefficient of friction (film to film : Kinetic) D1894 0.20 0.20 0.20
    WVTR (gms/100si/24hrs) F1249 3.9 3.2 2.9
    Unrestrained shrink MD/TD (%) @ 240 °F D2732 70/68 69/67 68/67
    Shrink force @240 °F (psi) D2838 300 300 300
    Impact strength (in-lbs) D3420 6 7 8

    This information represents our judgement based on tests performed by Okura USA, Inc. assumes no liability whatsoever in connection with the use of this information or suggestions contained herein. They are given and accepted at the user's risk. We urge purchasers to conduct independent tests to determine final suitability for their specific application.

  • Vanguard CXV Shrink Film

    Vanguard CXV is a clear biaxially oriented multilayer polyolefin shrink film with the versatitlity to shrink warp a wide variety of products. Vanguard CXV is a cost effective alternative to crosslinked films. This film combines good gloss and sparkle with excellent shrink capabilities and can be run on most shrik wrapping equipment.

    Typical Properties ASTM
    Test
    Method    		 50G 60G 75G 100G
    Minimum Use Temp. (F)   -40 -40 -40 -40
    Haze (%) D1003 1.8 1.9 2.1 2.4
    Gloss (%) D2457 135 135 135 130
    Tensil Strength (psi) D882 17,000 17,000 17,000 17,000
    Elongation at break (%) D882 105 110 110 110
    Stiffness Modulus (psi) D882 85,000 85,000 85,000 85,000
    Tear Strength (gms/ply) D1922 7 10 12 14
    Coefficient of friction (film to film : Kinetic) D1894 0.23 0.25 0.25 0.25
    WVTR (gms/100si/24hrs) F1249 2.0 1.8 1.6 1.3
    Unrestrained shrink (%) @ 260 °F D2732 60 60 60 60

    This information represents our judgement based on tests performed by Okura USA, Inc. assumes no liability whatsoever in connection with the use of this information or suggestions contained herein. They are given and accepted at the user's risk. We urge purchasers to conduct independent tests to determine final suitability for their specific application.