The quick, easy and secure alternative to tying knots - use a crimper tool and appropriately sized sleeves to make the connections. Not in single-strand wire though, it'll slip. Guaranteed. The Haywire Twist is the only way to go in this material.
In cable or plastic-covered multi-strand wire you'll have to make crimped connections - there's no alternative.
Similarly in heavy nylon monofilament fishing line, certainly above 100lb breaking strain, you'll have to resort to a crimped connection as the line is too inflexible for knots to be cinched up tight.
Sooner or later then, if you're tackling-up for large offshore fish, you'll need to part with a few of your hard-earned beer tokens and invest in a proper crimper tool, along with a quantity of sleeves.
Regular pliers, I'm afraid, just won't do the job properly. OK, you might get away with it, but the odds are that you won't, and that 'fish-of-a-lifetime' will be lost.
A 'standard use' version of the crimper tool will get the job done is used with care, although I favour the slightly more expensive model that has a double-pivot arrangement like the Offshore Angler Heavy-Duty Hand Crimper shown here.
This provides a better mechanical advantage, requiring less force but at the same time ensures that the sleeve is fully crimped up and secure.
Why risk a poor crimped connection for the sake of a few more dollars? After all, you're only going to buy it once.
If all this talk of cup sizes hasn't diverted your attention to a different type of website altogether, we'll move on to sleeves.
You going to need a selection of these - a crimp kit like the Offshore Angler 471-Piece Crimp Kit shown below would be a good place to start, topping it up with replacement crimps as and when needed.
Take care when selecting which size sleeve to use - the leader should fit snugly inside the sleeve but be capable of being easily drawn through it, prior to completing the connection.
You can't use too small a sleeve - the leader simply won't fit - but you can go too large. Then you will have to over-crimp the sleeve to get it to hold at all, resulting in some very unreliable connections.
There are three styles of sleeves in common use - Round Section, Oval Section and Figure-of-Eight, or Double-Barrelled Section. It's worth taking a look at each of these.
This is clearly not the best section to snugly contain two parts of the leader, side by side.
Round sleeves can only be compressed using a point-to-cup type of crimping tool. Unlike the cup-to-cup type crimper tool shown above, this plier-type tool has various cup shaped indentations on one jaw, and a matching series of rounded points on the other.
In use they squeeze the sleeve around the leader, but the contact made isn't uniform - even less so if the leader is crossed inside the sleeve.
This type of sleeve results in unreliable connections and best avoided altogether in my opinion, apart from light load applications.
One such application is using a round sleeve (rather than the figure-of-eight knot shown in the sketch) on a daisy chain, where it keeps each of the teasers a set distance apart.
Artwork by Andrew Simpson
This section approximates more closely to that of the doubled-up leader and results in a more secure connection than a round section sleeve.
Cheap and quick to fit, this type is a firm favourite of commercial longliners, who use them by the bucketful.
A cup-to-cup crimper - as shown here - is used to compress oval sleeves.
This differs from the cup-to-point version in that both sets of indentations are concave, semi-circular cut-outs.
Also known as Figure-of-Eight Sleeves or Double Sleeves, these are the ones to use for the most reliable connections. Now the two parts of the leader are separate, one in each barrel of the sleeve, eliminating any possible cross-over.
The snuggest possible fit is obtained, and the resulting connection is very secure.
These are also compressed using the cup-to-cup crimper, but its vital that the sleeve is located correctly in the tool.
The Wrong Way
Its tempting to lay the sleeve in two adjacent cups on one jaw and then operate the tool.
This is wrong, and won't work.
The Right Way!
Turn the sleeve through 90° so that it is located within a single cup in each jaw, and compress it through its longest axis.
Sleeves are usually produced in one of two materials aluminium or copper, but nickel and less frequently brass ones are sometimes seen. Use copper ones with cable and aluminium ones with mono. Why? Well...
Cable is made of stainles steel strands. Aluminium and stainless steel are at opposite ends of the galvanic table, and aluminium being at the least noble end will corrode galvanically when immersed in seawater, much like the sacrificial anode on the underside of a boat. Not a good idea to mix these two then.
Whilst copper sleeves can be used on mono, they are more likely to cut or damage the line than aluminium ones. And you don't want that. So then, aluminium sleeves for mono and copper sleeves for cable.
First select a double-barrelled aluminium sleeve of a suitable diameter, and decide whether or not you should reinforce the loop you intend to make.
If so - and it's not a bad idea - slide a short piece of plastic rig tubing over the line before returning it through the other barrel from the opposite direction.
Alternatively, form a Flemish Eye.
If you meant to use the loop to connect to a hook or a swivel, then you should have threaded the line through the eye of the hardware before completing the loop. Hah!
For belt-and-braces security, leave - for the moment - a couple of inches or so (50mm) or so of the tag end projecting through the sleeve, and then:~
This is pretty much the same process as making one in mono, other than the tag end melting bit.
Remember to use a copper or brass sleeve - definitely not an aluminium one.
Its important that you don't leave an exposed tag end in cable, as it can cause quite nasty cuts if you have to handline your catch in.
Some anglers intentionally leave a longish tag end, then contain the very end in a second sleeve. Good idea!
Jul 19, 17 02:07 PM
Ever wanted a leader wire comparison chart which sets out all the strengths and weaknesses of the various wire line types clearly and objectively? Here is one that does just that
Jul 19, 17 01:22 PM
Fluorocarbon fishing line has some excellent properties. Low uv degradation, high abrasion resistance, low stretch, low absorption. But above all, it's almost invisible in the water
Jul 19, 17 02:52 AM
Centre console, wheelhouse or maybe a high speed inflatable? Inboard or outboard motors? Of all the designs of saltwater fishing boats, how do you find the one that suits your needs best?