3M Assembly Solutions: Epoxy Adhesive Demonstrating Strength
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- čas přidán 17. 02. 2016
- Watch as we demonstrate the strength of 3M™ Scotch-Weld™ Epoxy Adhesive by lifting 14,550 pounds of shipping container under extreme conditions for 18+ hours. It begs the question: "Will it hold?" Visit 3M.com/assembysolutions for more information and to see how 3M Industrial Adhesives and Tapes can solve your assembly challenge.
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holy shit that is some strong ass adhesive
Tell me again how thick the layer of adhesive is.
what about temperature way temp does it have be use on truck fenders
This epoxy is awesome!!!!! I used it to fill in some small imperfections in an aluminum parts inner walls, then machined it. Amazing stuff absolutely recommend it.
um, yes. I have this glue too, in China
Is it still hanging? Must be a heck of a bill for that rental crane.
I want to apply on fastners in large quantity. Procedure to apply.
From a European and Irish point of view, why do use 14,550 lbs, why not use 6.5 Ton, you don't buy a car for 2,000,000 cents do you, you buy it for 20,000 Dollars/Euro or sterling, Lowest Common Multiple, learned at age 7-8 in school. Otherwise I like the Video. Thanks
MotionautoTV?
I was hoping find info on 3M 3501
....just type "3M 3501" into a search engine, first link is = www.3m.com/3M/en_US/company-us/all-3m-products/~/3M-Scotch-Weld-Epoxy-Adhesive-DP3501/?N=5002385+3293242431&rt=rud
Now let it hang until it actually decouples. How long will it last to failure? No need to lift over 1-2 inches for safety and budget reasons. I guess we were shown hour 18 because at 19 hours it will break free.
Which onwe would be good for body kit for car? I dont want to drill holes in the car is there a 3m one specific for cars or fiberglass? Thanks.
fiberglass body panel isn't fiberglass...its fiber glass re-enforced plastic...you'll have to findout why type of plastic your body kit is made of and find the right epoxy for that plastic.
Use 3m panel bonding 08115
Yes that is static load but how about dinamic load?
Dynamic load would still be way more than what the work load rating on the packaging would be. No worries:)
Yes that is static load
Things got sticky here.
How to remove
You don’t
We already know the answer…
Go stand under it if you trust the product
"Applied a thin layer" to the couplings??
Seriously? Thin? And the Titanic hit a ice cube 🙄
when its spread out it's thin...i mean its holding 14k lbs...geez
@@18magicMARKer This ^^. Some dumdb fucks would still like to nitpick on small things, zero perspective whatsoever.
They literally show you how much they applied, what’s your issue?
It is only a weight of 14,400 / 4 and that is 3,600 per block which looks to be a surface area of 8"(d)x Pi= 25sq/in + 1"x8" flange= 33 full surface adhesion area or only a weight of 42 pounds per sq/inch Not a crazy number. imagine a well supported cross member with a 1 sq/in" glue bond....... Big deal. Also remember that aluminum & stainless have a 30% greater adhesion than polymers & glass. even less sometimes for wood. Hi end film adhesives can reach over 3000 pounds tensile per square inch.
the epoxy is on the single point above the shackle, not the four attachment points.
LOL, that's a lot of thinking to be completely wrong.
its at least ~170lb/sqin since each of the four points doesn't have your estimated 58sqin of contact. still not any good even if the estimations are off.
want crazy number tested? check this out!: czcams.com/video/DqKj9iwg1Mk/video.html
laga luga
Can you imagine putting that on someone’s butt checks?
Don't do it!
@@santiagosantarge819 I wish you would have told me this 3 days ago
@@funnymoney6969 are you ok?
This testing strategy is gimmick marketing.
Show us 1million automated test results under different durations, materials, environments. Give us the papers.
wrong ADV:
1) you talk to world you should talk also KG not just LBs
2) you did not describe what this glue :D innovative and amazing will be for what application or industry :D
I gave you valuable smart feedback and also it's free am so kind sometimes :D
utri bit huh