A high performance two component flexible urethane closed-cell foam
Designed to replace flexible foams found in OEM anti-flutter applications such as intrusion beams, roof bows, hood webbing, etc
40 second work time
Dry time/Paint time 1 hour
Works with 3M™ Automix™ products for maximum efficiency
Two part urethane which foams in place; designed to replace flexible foams found in OEM applications such as trunks, door cavities, door skins, roof beams, etc.
OEM Quality Foam in an Easy-to-Use Cartridge
From the start, 3M™ Flexible Foam makes it simple and cost-effective to replace OEM foams during auto maintenance and repair. The two-part urethane foam-in-place material arrives in a compact and convenient 200 mL cartridge. It works with 3M™ Automix™ applicators including the 3M™ Premium Manual Applicator 08117, mixes directly from the mixing nozzle and applies as a mixed liquid directly into common collision repair applications. This streamlines your flexible foam replacement procedures across a variety of jobs including vehicle trunks, door skins and intrusion beams, roof bows, body panels and many other auto body cavities.
Flexible Foam that Works Fast and Keeps Working
The mixed liquid affords a five-minute working time, helping to ensure proper placement. It expands to 10 times its liquid volume, limiting the amount of material you need to use per application and saving material costs even when filling large cavities. The foam cures in one hour, which maximizes your worktime and increases vehicle throughput in the shop. It is also a 100 percent solids material, meaning it will not shrink and draw in or wrinkle body panels over time.
Foam Science from 3M
By itself, our 3M™ Flexible Foam provides key advantages for collision repair technicians with its 10-to-1 expansion from liquid to foam, its ability to remain soft and flexible without shrinking and its insulation and sound-deadening properties. Along with our 3M™ Automix™ applicators, it makes your entire range of foam replacement applications more streamlined and more cost-effective.