3M 7000125327 Ultra High Temp Adhesive Transfer Tape 5 Mil

Product Description

The 3M 7000125327 is an ultra high temperature adhesive transfer tape designed for bonding applications that demand both high peel strength and reliable shear strength under sustained heat. This 5 mil (0.13 mm) transparent, double-sided tape uses an acrylic adhesive formulation with low outgassing properties and short-term heat resistance up to 540 degrees F (280 degrees C). It carries a densified kraft brown paper release liner and is supplied in roll form. HVAC technicians, electronics assemblers, and automotive technicians use this tape where conventional adhesive tapes fail under thermal stress.

This tape is suited for electronics manufacturing, automotive assembly, and other industrial applications where elevated temperatures and chemical exposure are routine. Its low outgassing characteristic makes it appropriate for use near sensitive electronic components. Lead-free solder reflow environments are a noted application. The transparent profile allows visual alignment during installation, and the thin 5 mil adhesive layer keeps bond-line thickness minimal where tight tolerances matter.

Key Features

• Short-term temperature resistance up to 540 degrees F (280 degrees C)
• Low outgassing acrylic adhesive suitable for electronics and automotive applications
• Transparent, double-sided construction with a thin 5 mil (0.13 mm) adhesive profile
• High peel and shear strength for bonds in extreme thermal and mechanical conditions
• Outstanding UV and chemical resistance for long service life
• Densified kraft brown paper release liner for consistent peel and handling

Compatibility

Designed as an OEM-style adhesive transfer tape for high-temperature bonding in electronics assembly, automotive manufacturing, and industrial applications requiring ultra high temperature acrylic adhesive performance.

Installation Notes

Surface preparation is critical before applying adhesive transfer tape — clean bonding surfaces of oils, dust, and loose material. Apply firm, even pressure across the bond area to ensure full adhesive contact. In electronic assembly environments, follow applicable IPC standards for tape-based bonding processes. Allow adequate dwell time before subjecting the bond to thermal or mechanical stress.