3M 7100106792 FP-301 Heat Shrink Tubing 2 in White 100 Ft

Product Description

The 3M 7100106792 is a thin-wall heat shrink tubing sold as a 100-foot spool in white, part of the FP-301 product line. FP-301 tubing delivers a balanced combination of electrical insulation, physical toughness, and chemical resistance suited to industrial and military wiring applications. The tubing shrinks when exposed to heat, conforming tightly around conductors, splices, and terminals to provide a clean, protected finish. It is a common choice for bundling wire harnesses, insulating bare terminations, and protecting cable ends in demanding environments where a reliable dielectric barrier is required.

This tubing is used across a broad range of applications including industrial control panels, military and aerospace wire harness assembly, marine electrical systems, and commercial electrical installations. The white color aids in field identification and labeling. Electricians, avionics technicians, and industrial maintenance crews regularly specify FP-301 thin-wall tubing for both new installation and repair work. The 100-foot spool format is practical for bench work and field service kits.

Key Features

• Thin-wall construction allows faster shrink times and lower profile over terminated conductors
• Balanced electrical, physical, and chemical properties for industrial and military applications
• White color for easy visual identification and field marking
• 100-foot spool format for bench and field use
• Available in case quantity of 200 feet for higher-volume jobs

Compatibility

Designed as an OEM-style replacement and general-purpose heat shrink tubing for industrial, military, and commercial electrical applications requiring thin-wall polyolefin sleeving.

Installation Notes

Installation is typically performed by licensed electricians or qualified technicians using a heat gun set to the appropriate shrink temperature for polyolefin tubing. De-energize all circuits before applying tubing to conductors or terminations. Avoid open flame as a heat source, as uneven heat can cause irregular shrinkage or damage to adjacent components. Follow NEC guidelines and applicable military or industrial specifications for minimum insulation coverage on splices and terminals.