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    Moisture-Seal Heat-Shrink Tubing

    Semi-Rigid, 3:1 Shrink, 0.5" ID Before Shrink, 4' Long

    Image of Product. Front orientation. Moisture-Seal Heat-Shrink Tubing, Semi-Rigid, 3:1 Shrink, 0.5" ID Before Shrink, 4' Long.
    Technical Drawing of Moisture-Seal Heat-Shrink Tubing, Semi-Rigid, 3:1 Shrink, 0.5" ID Before Shrink, 4' Long.
    2-D PDF
    000000 each
    7861K55
    In stock
    7861K55
    000000 each
    Each
    In stock
    Streamline your design process with our Solidworks Add-In
    Available for Solidworks 2017 or newer.
    Shrink Ratio

    3:1

    Material

    Polyolefin

    Flexibility

    Semi-Rigid

    Length

    4 ft.

    ID

    Before Shrinking

    0.5"

    Minimum After Shrinking

    0.16"

    Minimum Wall Thickness After Shrinking

    0.07"

    Shrink Temperature

    250° F

    Temperature Range

    -65° F to 230° F

    Dielectric Strength

    700 V/mil

    Certification

    UL Recognized Component

    Color

    Black

    Clarity

    Opaque

    Heat-Shrink Tubing Type

    Tubing

    Liner Material

    Adhesive

    Performance

    Moisture Resistant

    Country of Origin

    United States

    DFARS Compliance

    Specialty Metals COTS-Exempt

    Export Control Classification Number (ECCN)

    EAR99

    REACH Compliance

    REACH (EC 1907/2006) (01/21/2025, 247 SVHC) Compliant

    RoHS Compliance

    RoHS 3 (2015/863/EU) Compliant

    Schedule B Number

    392690.9988

    U.S.–Mexico–Canada Agreement (USMCA) Qualifying

    No

    Create a water-resistant seal—this tubing has an adhesive lining that melts when the tubing is heated and bonds to the underlying surface. Choose tubing with a larger shrink ratio to cover irregularly shaped objects or cable assemblies that have a large size difference between the cable and connector.

    Semi-RigidSemi-rigid tubing bends only slightly.

    Dielectric StrengthDielectric strength is the maximum voltage a material can handle before it starts to breakdown. The higher the dielectric strength of a material, the better it is for preventing electricity, heat, or signal from dissipating from wire and cable.

    The information in this 3-D model is provided for reference only.