3M5413 3M5419 3M7413D 3M98C-1 3M92 3M1205 High Temperature Resistant Gold Amber PI Polyimide Insulation Tape Kapton Tape Alternative for PCB

3M™ Polyimide Film Tape 5413 is for high-temperature applications, offering robust performance as high temperature tape and high temperature silicone adhesive tape. It effectively helps reduce adhesive transfer, helping customers simplify cleanup and enhancing productivity. With its dimensional stability, the 3M tape 5413 also withstands extreme heat.

This high temperature tape utilizes advanced silicone adhesive technology, ideal for PCB solder masking and various high temperature jobs. 3M™ Polyimide Film Tape 5413 features exceptional dimensional stability at high temperatures, helping customers potentially prevent rework and enable higher productivity. Its flame retardant and chemical resistant properties offer robust surface protection and potentially lower replacement costs over time. Plus, the reduced adhesive transfer of the high temperature silicone adhesive tape helps customers cut cleaning time. This tape is halogen free. Halogen free refers to the International Electrochemical Commission’s Definition, IEC 61249-2-21, which sets the limits of: 900 ppm maximum chlorine; 900 ppm maximum bromine; 1500 ppm maximum total halogens.

Key Features

The DuPont™ Kapton® polyimide film does not soften at elevated temperatures, thus the film provides an
excellent release surface at elevated temperatures

• Is dimensionally stable at high temperatures, which helps reduce rework, helping to enable high productivity

• Is flame retardant, chemical and radiation resistant which helps protect surfaces to help reduce replacement
costs

• The silicone adhesive’s high temperature performance helps reduce adhesive transfer which helps to eliminate
cleaning, enabling high productivity

• Polyethylene tape core instead of cardboard

Applications:

• Mask for protection of gold fingers of printed circuit boards during wave solder or solder dip process.

• Release surface in fabrication of parts cured at elevated temperatures.

Typical Properties

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