NickfromWI
Participating member
- Location
- Los Angeles, CA
Re: One inch Amsteel that NickfromWI spliced for c
Maybe I'm partial, but, cool thread! That was a fun project, David. I was about to express order some whipping twine fat enough to be good for rope that size...then it hit me!
Maybe you can post a zoomed in pic of the whipping twine???
[ QUOTE ]
How's the knotting capability with the Amsteel, do they slip more readily than Stable Braid?
[/ QUOTE ]
There are 2 ways to answer this question. There's the "in the field, the way it'll probably get used most" answer- which has been answered already. Then there's the, "what happens if you push it to the max" answer.
If you tie a bowline (or any other knot, I'd bet) and pull on it to see how high it breaks- the knot in amsteel (and any dyneema rope) will come undone before the rope breaks. On the molecular level, the fibers are SUPER slippery. In a manner of speaking, these ropes shouldn't be used with knots.
But the truth of the matter is that even 3/8 amsteel has a breaking strength of like 19,000 pounds. Tree guys are not loading up the rope with the few thousand pounds it would take to get the knot to slip.
This might be an indication that in many instances, people are rigging with lines that are way stronger than they need be. They might be just as well off with polyester.
Who knows.
Thank you for the kind words. Now if you'll excuse me, I've got some bungee footlock prusiks to make. NeTree, your ropes on the way!
love
nick
Maybe I'm partial, but, cool thread! That was a fun project, David. I was about to express order some whipping twine fat enough to be good for rope that size...then it hit me!
Maybe you can post a zoomed in pic of the whipping twine???
[ QUOTE ]
How's the knotting capability with the Amsteel, do they slip more readily than Stable Braid?
[/ QUOTE ]
There are 2 ways to answer this question. There's the "in the field, the way it'll probably get used most" answer- which has been answered already. Then there's the, "what happens if you push it to the max" answer.
If you tie a bowline (or any other knot, I'd bet) and pull on it to see how high it breaks- the knot in amsteel (and any dyneema rope) will come undone before the rope breaks. On the molecular level, the fibers are SUPER slippery. In a manner of speaking, these ropes shouldn't be used with knots.
But the truth of the matter is that even 3/8 amsteel has a breaking strength of like 19,000 pounds. Tree guys are not loading up the rope with the few thousand pounds it would take to get the knot to slip.
This might be an indication that in many instances, people are rigging with lines that are way stronger than they need be. They might be just as well off with polyester.
Who knows.
Thank you for the kind words. Now if you'll excuse me, I've got some bungee footlock prusiks to make. NeTree, your ropes on the way!
love
nick