3M 7000124622 Filament Tape Clear 48mm X 55m

Product Description

The 3M 7000124622 is a clear polyester-backed filament tape reinforced with fiberglass strands and coated with a modified synthetic rubber adhesive. It delivers 380 pounds per inch of tensile strength, making it suited for bundling, palletizing, and securing loads in demanding industrial and trade applications. The solventless adhesive coating process reduces solvent emissions during manufacturing, offering a more sustainable profile without sacrificing bond strength. The adhesive is engineered specifically for strong adhesion to oily metal surfaces, where conventional tapes often fail to hold.

This tape is used across a range of professional applications including HVAC ductwork bundling, pipe and conduit strapping, reinforced carton sealing, and industrial packaging. It performs on metal, plastic, and coated surfaces, including those with light oil contamination. The 48mm width and 55-meter length per roll suit high-output service and installation workflows where a reliable, high-tensile strapping tape is needed.

Key Features

• 380 pounds per inch tensile strength for heavy-duty bundling and strapping
• Fiberglass filament reinforcement resists splitting and tearing under load
• Modified synthetic rubber adhesive bonds to oily metal surfaces
• Clear polyester backing allows label and surface visibility through the tape
• Solventless adhesive coating process for a lower-emission manufacturing profile
• 48mm width x 55-meter length per roll for extended coverage

Compatibility

Designed for use on metal, plastic, and coated surfaces including oily metal substrates common in HVAC, plumbing, and industrial installation environments.

Installation Notes

Apply to clean or lightly oiled surfaces at temperatures within the tape manufacturer's recommended application range. Ensure firm hand or roller pressure along the full tape length to achieve maximum adhesive contact. When used for load unitizing or bundling, verify the tensile rating is appropriate for the weight and movement conditions of the application. No special tools are required for standard hand application.