Strapping Tape With Dispenser, 1.88 Inches By 30 Yards Roll

Introducing the Scotch reinforced strength strapping tape, now available at Biebel's True Value in Hartland, WI. This heavy-duty tape is designed for those demanding packing, shipping, and storage tasks where strength and durability are essential. Whether you are a professional packer or a DIY enthusiast in Hartland, this tape offers a reliable solution for securing your heaviest packages with confidence.

• Fiberglass reinforced for heavy jobs: The embedded fiberglass strands provide exceptional toughness, making the tape ideal for sealing and bundling even the most challenging loads.


• High tensile strength: Capable of handling weight greater than 100 pounds per inch, this tape stands up to heavyweight situations without breaking or stretching.


• Strong, durable hot melt adhesive: Ensures a secure seal that protects your packages during transit and storage.


• Super strong holding power: Keeps your bundles tightly bound, preventing shifting or damage.


• Ideal for sealing, banding, and bundling: Versatile enough for a variety of applications, from heavy boxes to bundled materials.


• Meets U.S. postal regulations: Suitable for standard packages, giving you peace of mind when shipping through postal services.

Imagine using the Scotch reinforced strength strapping tape in Hartland to secure heavy boxes for moving, bundling construction materials, or reinforcing shipments that require extra durability. Its toughness makes it perfect for warehouse use, shipping departments, or even home projects where reliable adhesion and strength are critical. Professionals and hobbyists alike in Hartland will appreciate how this tape simplifies tough jobs by providing a dependable hold that lasts.



In summary, the Scotch reinforced strength strapping tape is an essential tool for anyone in Hartland, WI who needs a strong, durable, and easy-to-use solution for heavy-duty packing and bundling. Available now at Biebel's True Value, this tape ensures your packages and materials stay secure, no matter how demanding the task.