

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The 3M 7000048483 is a double coated, open-cell urethane foam tape designed for bonding, gap filling, and cushioning applications across a wide range of surfaces. At 1/8 inch thick, the foam core compresses to conform to irregular or uneven substrates, creating a firm bond on both faces without additional adhesive. The off-white paper liner protects the second adhesive face during handling and positioning, making single-person installation more manageable. Each roll measures 1 inch wide by 36 yards long, giving trade professionals enough material to complete runs without frequent splicing. This tape is suited for light assembly, vibration dampening, and sealing gaps where a compressible bonding layer is required.
This tape is used in light industrial, commercial, and residential settings where two surfaces must be bonded while accommodating gaps or surface irregularities. Typical applications include mounting panels, attaching trim, securing foam gaskets, and filling minor voids between mating surfaces. HVAC technicians, general contractors, and assembly technicians commonly use this product when a conformable, dual-sided adhesive layer is needed between dissimilar or non-flat materials.
Designed as a general-purpose double coated foam bonding tape suitable for use on a variety of smooth, textured, and mildly irregular surfaces in light industrial and commercial assembly applications.
Clean and dry both mating surfaces before application to ensure full adhesive contact. Remove the paper liner from the first face, apply the tape to one surface with firm pressure, then remove the liner from the second face before joining the two surfaces. Avoid stretching the tape during application, as this can reduce bond area and long-term adhesion. This product is a general-purpose bonding tape and should be verified for compatibility with specific substrates and environmental conditions before use in critical or load-bearing assemblies.
Thanks for subscribing!
This email has been registered!