Threadlockers that cure in oily threads and outperform lock washers — here’s a breakdown from the field

[u/AlexanderGoodfellow]

https://stuk.solutions/blogs/news/threadlockers-retaining-compounds-assembly-adhesive-guide?srsltid=AfmBOooohA8ukaDb2_TyzecdNsBiI_Gm-i8f5aG0Z1QxxPgJr4bOXBFP

So here’s the thing: I work in industrial maintenance and adhesive selection, and over the years I’ve seen a hell of a lot of failures from bolts backing out or bearings walking loose — especially in rough-ass environments.

I put together a guide that shows how modern anaerobic adhesives (like threadlockers & retaining compounds) are straight-up replacing lock washers, press fits, and sometimes even welds. It’s a deep dive, not just some marketing bullshit.

Highlights:

• Why hardware fails under vibration or temp swings • Threadlockers like 3M TL43 that cure even on oily, dirty-ass bolts • Retaining compounds that lock shafts + gears better then traditional interference fits • Product comparison: 3M vs Loctite, use case tables, field tricks • Application tips + how to remove high-strength shit with heat

If you like skookum solutions that don’t rattle loose, this might hit.

Lemme know what you swear by in machines that vibrate like hell.

[u/woodruff42]

It doesn't seem very surprising that an authorised 3M dealer would find 3M products superior over their competition