With the advent of fluorocarbon line, some principles of fishing have been revised, as a material with unique characteristics has appeared. Many spinning enthusiasts have a positive attitude towards this material and believe that it can withstand the teeth of a predator such as a pike. As for the rest of the predators, there are no special requirements for strength.

Despite this, you can hear another point of view. It boils down to the fact that it is better not to install such a leash on a spinning rod, as you can lose valuable bait.

And yet, given its invisibility to fish in water, fluorocarbon is increasingly being used to make leashes.

Fluorocarbon line firmly and reliably takes its place in fishing technology. Leashes for various rigs, including spinning ones, are made from it. A similar material is obtained by combining fluorine and carbon. This polymer, called polyvinylidene fluoride (PVDF), served as the main raw material for the manufacture of this unique line. Its main advantage is its invisibility in water, which is achieved due to the low refraction of light. This coefficient is equal to 1.42, compared to water, which coefficient is equal to 1.3. For monofilament lines, this ratio reaches 1.52. As for the braided line, it is noticeable in the water and the presence of a fluorocarbon leash allows you to solve the problem of invisibility in the water, especially when catching cautious fish.

You can find a line with a fluorocarbon coating. Unfortunately, this line does not have the same characteristics as pure fluorocarbon line. Despite this, such a composite has increased strength indicators.

Fluorocarbon characteristics

In the pluses, to the indicators of this line, it is worth writing down:

High resistance to temperature extremes, which allows it to be used in winter without any restrictions.
High strength as it can withstand the teeth of a predator.
Inability to absorb moisture, which has a positive effect on its performance, especially in winter. It does not freeze like other types of woods.
Its resistance to UV rays does not compromise its durability. Monofilament line is afraid of direct sunlight, which leads to a loss of its strength.
Its invisibility in the water for fish. This factor especially attracts fans of both summer and winter fishing. Even such an additive to any rig, as a fluorocarbon leash, makes the tackle more catchy.
Its extensibility. It has an average stretch performance compared to braided and monofilament lines. She is able to make the tackle more sensitive, and when playing large fish able to extinguish its jerks, which cannot be said about braided line.
Its abrasion resistance allows fluorocarbon to be used on rocky or shell heaps present at the bottom of the reservoir. Hard species Fluorocarbon lines have better stability values than soft fluorocarbon lines.
Its rigidity allows the line to be used when fishing large fish using a baitcasting reel. Under heavy loads, it does not cut into the turns of the line already wound on the reel.
Its residual weight makes the line sink quickly into the water, which is essential for bottom fishing.

As a result of comparing the two types of woods, it turns out:

Strength. Before the monofilament enters the water, it breaking load more fluorocarbon. After getting into water, the thickness of the mono line increases, which leads to the loss of its original strength. This is due to the fact that the monofilament is capable of absorbing moisture. The breaking load of fluorocarbon remains unchanged both in water and outside it. Therefore, we can conclude: their strength indicators are almost the same.
Invisibility. When fishing with cautious fish, this factor significantly increases the number of bites when using fluorocarbon. By appearance, these lines are not much different from each other.
Gatherings and bites. Fluorocarbon line is more catchy due to its performance characteristics. The number of retirements is minimal, and the number of bites is maximal.
Abrasion resistance. This is very important both in summer and winter. In winter, the line comes into contact with ice a lot, and in summer with stones, algae, shells, etc. In this case, the service life of fluorocarbon is slightly longer than that of a monofilament line.

Most anglers, after a long search, have come to the conclusion that fluorocarbon is more suitable for making leashes. As the main line, its use is not justified, due to the high cost, and because of other nuances, but the leashes from it are what you need.

V recent times fluorocarbon leashes are installed on almost all rigs. Moreover, a positive effect can be obtained only if it is 100% fluorocarbon. If a monofilament line with a fluorocarbon coating is used, then this is a common cheap fake. It costs a little more than a monofilament line, but it does not possess the qualities of fluorocarbon. A similar production was established by the Chinese. Therefore, you need to read very carefully what is written on the package. If it does not indicate that it is 100% fluorocarbon, then it is better not to buy the product.

Leaders made from this type of line (100% fluorocarbon) have a certain stiffness, which leads to less tangling. Generally, the strength of the line should be less than the strength of the main line.

The most popular fluorocarbon lines are:

Owner - for spinning fishing. It is capable of withstanding a load of 1 to 6 kg, depending on the thickness.
Balzer is a Japanese-German product designed for all fishing conditions. This line is made from 100% fluorocarbon and coated with it, due to which it is very durable. It is invisible in water, durable and abrasion resistant.

Fluorocarbon leashes have the following advantages:

They are invisible to fish in the water.
Do not deform as a result of bites.
Are resistant to abrasion.
They are stiff to reduce overlap.
Convenient in operation, ease of knitting.
Durability.

Fishermen reviews

Most consumers claim that low-quality fluorocarbon line performs poorly.
The quality of manufactured products depends on the quality of equipment and technology perfection. Kureha line meets all modern requirements. This is a heavy duty and reliable line. It is based on high-quality raw materials, multiplied by the achievements of modern technology, made on high-tech equipment. This line is soft, resilient and durable.
De Lux Fluoro Carbon line, intended for winter fishing, does not correspond to the declared characteristics: the breaking load does not match and the line calibration does not match, which indicates the inhomogeneity of its thickness.
The Cottus Fluorocarbon brand has shown itself to be reliable and flexible, which allows you to knit high-quality knots, regardless of the purpose.
The Salmo Fluorocarbon brand has a smaller diameter than what is written on the package. In this regard, the breaking load does not correspond to the declared one. Despite this, it is easy to operate, and the nodes are of sufficient quality. Therefore, it is used for the manufacture of leads installed on different types snap.

A huge number of knots have been developed, including for knitting with fluorocarbon. Some manufacturers indicate which nodes are preferable to use for their products. The main thing is that they are strong and reliable, especially since fluorocarbon is characterized by some rigidity. In the process of tightening the knots, they need to be moistened so that the material does not deteriorate in the process of friction.

The following units can be used:

Mahin Knot (simply "carrot") is a knot with which you can reliably connect fluorocarbon and braid.
Albright is very often used by fishermen. Ideal for tying lines of varying thickness. The result is a strong and high-quality connection that runs freely through the guide rings.
The grinner is a sliding knot that can be used to securely bond braid and fluorocarbon. The difference in diameter can be up to five values. In the process of knitting a knot, it is necessary to avoid unnecessary kinks, and at the end to check its strength.

A fluorocarbon leash is necessary in cases where a toothed predator behaves passively and can be alarmed by an ordinary metal leash. Although you need to be prepared for the fact that the pike will still bite off such a leash, even with a thickness of 0.4-0.5 mm. And yet, it's better than throwing lures with a steel lead over and over again.

When it comes to jig fishing, a fluorocarbon lead can be the perfect option when you consider that jig lures are inexpensive compared to other types of lures. Plus, the pike is subsequently able to free itself from one hook. If tees are used, then the pike may die.

In this regard, the use of fluorocarbon leads when fishing with wobblers is undesirable.

With a leash length of about 40 cm or more, it is possible that the knot may turn out to be too bulky and will cling to the rings, which can damage them.

In this case, it is very important to choose the thickness of the line and the leader in such a way that no problems arise when casting. If the bottom consists of a pile of stones and shells, then you should count on the length of the leash within 2-3 m and its thickness of 0.3 mm.

Making leashes from fluorocarbon will not be difficult if you prepare the following elements:

Fluorocarbon line. The diameter of the leashes is selected depending on the expected amount of production. If you intend to fish perch or small pike, then a thickness of 0.2-0.3 mm is sufficient. For pike-perch fishing, it is better to take a line with a thickness of 0.4 mm.
Crimp tubes, about 1 mm in diameter.
Pliers.
Scissors.
Items such as carabiners and swivels.

You need to take a piece of fluorocarbon fishing line, 35 cm long.
A crimping tube and a swivel with a carabiner are put on one end of the line.
The line is bent and passed through the crimp tube, after which the crimp is performed.
The same must be done at the other end of the line, only a winding ring is placed instead of a carbine and a swivel. You can also do this: fasten a swivel at one end, and a carabiner at the other.
The leash is ready to use. As you can see, the technology is very simple and affordable.

Output:

A fluorocarbon leash is a great solution when you need to catch cautious fish.
It is allowed to make a leash up to 1 meter long. Despite this, sometimes you have to have a leash, from 1.5 to 2 meters long.
Leashes made from this material have shown that they do their job perfectly in the winter.
This is true if the material is 100% fluorocarbon.

Conclusion

Many anglers are engaged in making at home not only leashes, but also lures, moreover, for various purposes. At the same time, it will not be difficult to make fluorocarbon leashes. In addition, everything can be done much easier, without the use of crimping pipes. You can simply attach swivels and clasps, as well as winding rings with secure knots. It is not only simple, but also much more reliable compared to the use of crimp tubing.

Buy with good discounts for personal use and as a gift to friends and acquaintances.

Buy quality products at affordable prices c. Make gifts for yourself and your loved ones!

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DIY fluorocarbon leash

Fluorocarbon leads are often used in spinning fishing. Fluorocarbon leader line has good abrasion resistance. In water, it is practically invisible, is not afraid of sunlight and is stronger than an ordinary monofilament.

In this article, we will look at how to make fluor leashes and in what cases they are most often used.

Required materials and tools

Fluorocarbon leads for pike are usually bought with a diameter of 0.5-0.6 mm. Therefore, we will also use a fluor with a cross section of 0.5 mm. We also need the following crimp metal tubes:

We see that the diameter of such tubes is 1.2 mm. What are they needed for? The fact is that we will make loops on a leash. If we knit them with classic knots, then we will not get the proper strength of the fishing line. This thick line is easier to untie at knots. Crimp tubing eliminates the need to knot. It is enough to thread a tube on the fishing line, make a loop at the end and pull the tail inward to the desired length, and then squeeze the tube with pliers. As a result, we will get a reliable and neat eyelet.

We also need swivels with and without fasteners. We will also use nippers, round nose pliers.

The process of making fluorocarbon leashes

First, you need to cut a piece of braid of the desired length. We will make a leash with a length of 30 cm.Therefore, we will cut a piece with a length of 32 cm.

We take sharp nippers and cut off part of the fishing line:

When trimming, it is important that the edge of the line does not flatten and the section turns out to be round. If the pliers are not sharp enough, then it is better to cut with a sharp knife on the plank.

After cutting, insert the crimp tube:

We thread it so that the tip about 2 cm long looks out of it. Then we make a loop with a length of 2-3 mm and insert the tip of the fishing line into the tube. You should get a loop like this:

The tip inside the tube should extend to the edge, but not protrude. If the tail sticks out of the tube, then it can collect grass and other debris. After that, we squeeze the tube with round-nose pliers. We make the clamp on one and the opposite side. The tube will flatten a little, and the result will be a very strong connection.

On the opposite side, we do the same. Only in this case we insert a swivel with a carabiner into the loop. You can make leashes with a swivel on one side and a clasp on the other.

As you can see, it is very easy to make leashes from fluorocarbon. If we compare the cost of these leashes with the price of store leads, then we get a significant difference. Making leashes with your own hands is much more profitable than buying ready-made ones in the store.

What kind of fish is best to use a fluorocarbon leash?

Usually fluorocarbon leashes are used when fishing for perch, pike perch, asp, chub. When fishing for pike-perch, fluorocarbon leashes with a cross section of 0.3 mm are used. For perch, they put more thin ones - with a diameter of 0.16-0.2 mm. Its length is selected already in place and depending on the bait and installation. It happens that you only need a short leash from 5 to 10 cm, and sometimes you need a leash up to 80 cm or more.

Fluorocarbon leashes are used when snaking on a feeder or a donk on a shell or rocky bottom. When regular leashes are easy to cut with a shell, fluorocarbon leashes offer more decent resistance.

If you have to fish for a long time on a shell and a littered bottom, the leash can be damaged in several places. Periodically squeeze the fishing line with two fingers and draw along it. If we feel roughness, then the leash is damaged. It must be replaced with a new one.

Will allow you to purchase any

Repetition is the mother of learning. I have raised questions on the blog many times about different approaches to spinning leads. I told you how to make different spinning leads with your own hands from scrap materials - strings, steel, field cable, etc. Also, there were articles about line and fluorocarbon leads. Let's go back to the fluor theme. Now, I'll tell you again, how to make a reliable spinning leash from fluorocarbon on your own for pike fishing.

The fish are getting smaller and smarter. Often (except for the rare moments of frank zhora), in order to catch even such a reckless predatory fish like a pike, you need to go to various tricks. For example, making the rig more invisible in the water. Ordinary leads made of a metal cable and string, to put it mildly, do not pretend to be camouflaging. Braided cords, widely used in modern spinning rigs, are also noticeable in the water. Anglers began to use the material - fluorocarbon. Line - 100% fluorocarbon is more rigid, wear-resistant than conventional line. With a significant diameter (0.4-0.5 mm or more), fluorocarbon is quite resistant to pike teeth. So, with a swoop, a toothed predator cannot cut off the leash, you need to press on the leash with your teeth for a long time, torment it. So, with a particularly long-term fishing of a large pike, an annoying cut can happen. But still, the game is worth the candle!

Well, and because of what all the fuss, in general, fluorocarbon has such a refractive index that it is practically invisible in water (at least with the human eye; we hope that it is also fishy :)).

So, I will now tell you how to tie a pike leash from a thick 100% fluorocarbon.

I use fluorocarbon Sunline Siglon 0.6mm... Can be used a little thinner.

Also, it comes into play braided fishing line, cord. It is needed for a bandage, braid. I am using a thin yellow cord (Power Pro 0.06). So the habit of keeping the cord scraps and leftovers came in handy ... It is important to use rather thin cords. In terms of color, white or yellow is best. the braid from such a cord is the least noticeable.

In the leashes we use classic fittings: an American fastener, a knotless fastener, and, if necessary, a swivel. Let me put it this way. If you intend to fish, including on spinners, spinning lures, it is better to use a leash with a swivel. If you plan to fish only with jig, wobblers, oscillating spoons, a swivel are an extra element. Then, use a leash without it. So, I knit different leashes, with and without swivels.

From a tool, auxiliary elements, I use: scissors or a sharp knife; lighter; an awl or small screwdriver (just a smooth metal rod); any waterproof universal adhesive that does not react with cord and fluorocarbon (check in advance).

So, let's start making a leash from thick fluorocarbon.

At the end of the fluorocarbon, we tie the simplest single knot. We tighten it slightly with our hands. But, the thick fluor will not let us tighten it to the end.

We end up in this node.

Using a lighter, melt the edge of the fluorocarbon to form such a fungus. An important point so that the leash is secure!

Accordingly, if we want a leash with a swivel, we put on a swivel before winding the end of the fluor into a knot.

We take the cord. We knit a loop on it, the usual one, as for the connection “”.

We drag a section of the cord into the loop, forming a noose loop.

We clamp the stranglehold by pressing the ends of the fluorocarbon.

Holding with our fingers, we begin to wind the cord, tightly, turn to turn.

After reaching the knot, we wind it in the opposite direction, on top of the first. We tie the cord and cut off the excess. You can make a braid in different ways, fix it, tie it. I do this.

Now, you need to tighten this edge of the leash. To do this, insert an awl, screwdriver, knitting needle, etc. into the loop. If only there was a metal rod of a suitable diameter and with a smooth surface, so as not to damage the surface of the fluorocarbon.

Pull the loop and the other end of the fluorocarbon with a rod in different directions. The knot is tightened.

Similarly, we tie the second end of the leash. As for the length, I usually make these leashes in lengths of 30-35cm.

You need to glue both braids of the cord. Apply glue thinly, spread it so that the entire braid from the cord is well glued.

We unfasten the American clasp with round nose pliers and put it on one of the leash loops.

We put on the spinning rod on the second loop.

The leash is ready!

As you can see, the leash is very poorly visible in the photo. And even more so in the water!

If serifs from pike teeth appear on the leash, or other damage, we immediately cut off the fittings, and discard the damaged fluor. And we take a new leash. Fortunately, in terms of the price of the material, such leashes are very cheap.

It is clear that such a hard, clumsy leash is a good solution for catching pike, partly zander. Anyway, it is better than steel and other wire leads. The number of bites at low activity of the pike increases with a fluorocarbon leash (sometimes for a couple of bites, sometimes at times!). This is confirmed by the experience of many spinning players, including my friends. So, I am introducing such leashes into my arsenal. I recommend paying attention.

ZY Having tied such leashes at home, I fasten them with clasps, one after another, in a string. And I wind it on an empty reel from under the fishing line.

Fluorocarbon line has changed a lot in the world of fishing, this unique material is attracting more and more attention due to its characteristics, and the fluorocarbon pike leader was a real revelation this summer. All spinning anglers are delighted with fluorocarbonate, because it is not only lighter, but also stronger than fishing line and is able to withstand the teeth of even predators such as pike. But is it worth paying extra for fluorocarbon pike leads and when can they really save fishing? And how to use this tackle correctly so as not to waste money?

There is also a point of view that fluorocarbon leashes can, on the contrary, harm, because because of them valuable bait was lost more than once, and the fishermen themselves were left with nothing.

But all the arguments are easily covered by such qualities as:

stealth. A leash for a pike made of this material is invisible in the water, and, accordingly, the fish often bite on the bait, not noticing the catch;
strength. Fluorocarbon leashes are able to withstand not only bites, but also where large weights with the same volume as a monotonous line;
knot strength. The mount, first of all, depends on the material from which it is made, and the more reliable the latter, the better.

This is what allows the fluorocarbon line to firmly occupy dominant places in fishing ranging from simple tackle to leashes for various rigs. Naturally, most often it is taken for spinning fishing, and it has become especially popular thanks to its use in the professional path. Fluorocarbon is obtained by combining fluorine and carbon, and then this raw material is already used as the basis for future gear. It is due to the low refractive index of light of polyvinylidene fluoride that it becomes invisible in water. In comparison, monofilament line has a ratio of 1.5, while fluorocarbon is only 1.4.

It is especially convenient to combine leashes of this kind with braided line, which can easily scare away fish, and with the help of such a tackle even the most cautious predator bites.

If you feel sorry for the money for a full-fledged main line made of fluorocarbon, but you are worried about the increased strength of the tackle, then you can purchase monofilament lines coated with such material, they are cheaper and more noticeable, but still 2 times stronger than conventional rigs. When choosing such equipment, you should rely on the brand, because a lot of scammers have appeared on the market selling low-quality products.

In addition to the benefits described above, fluorocarbon also:

highly resistant to temperature changes, therefore well suited for winter fishing... The material practically does not change its volume at temperatures above -50 degrees Celsius;
strong enough that no one can eat it predatory fish, therefore, it is ideal for hunting pike, due to which gear is often lost;
absolutely hydrophobic, does not create stable compounds with water and does not absorb moisture, so in winter such a line will not freeze or become brittle. This is achieved thanks to multi-layer polymer joints with small gaps;
resistant to ultraviolet radiation, while monofilament lines lose a large percentage of strength when exposed to direct sunlight;
absolutely invisible in the water for any fish. This characteristic allows you to increase the catch by 2-3 times, which attracts most of the buyers;
with its strength, the material is a polymer, therefore it is able to stretch, albeit not as much as monofilament lines. But it still remains more elastic than its braided counterpart, and at the same time, all characteristics of fluorocarbon are several times better. This allows not only to make a more sensitive tackle, but also to withstand the fishing of the largest individuals;
resistant to mechanical damage, so such equipment is convenient to use on stones, and even on a shell, which is often present at the bottom of reservoirs. The harder type of fluorocarbon you choose, the higher its abrasion resistance will be;
the rigidity of such a fishing line is well combined with multiplier reels, because under heavy load it will not crash into the fishing line already wound on the reel;
Due to its higher density, fluorocarbon itself is heavier than monotonous line and allows you to make "quiet casts" with fast dive all tackle.

But due to some nuances, using fluorocarbon as the main line is inconvenient and impractical, but it is ideal for leashes. Why is it so?

After long-term use of this material on various tackles, experienced fishermen have proven its greatest effectiveness on leashes. Not everyone can use it as the main line because of the really high price, and some other nuances are added to it, which finally kill this path of using fluorocarbon. But for leashes, it remains one of the best materials, tackles from which they began to install almost on any rod rig, because they are universal and suitable for any situation.
But for a high efficiency of such a leash, it is necessary to use 100% fluorocarbon lines, since the coating will not give the same qualities of the tackle. Therefore, you should be even more careful when buying, otherwise you may come across a cheap fake. First of all, to avoid such scenarios, you should not spare money, because this material itself is quite expensive, but it is worth the money spent. Pay attention to the packaging, since there are twisty marketing moves, and there are no clear designations about the composition of the tackle completely made of fluorocarbon, then this is not what you are looking for.

If you still decide to buy fluorocarbon line, then the best choice will become:

Owner - for spinning fishing.
Balzer is a German product that performs well in all fishing conditions and is considered the most versatile choice.

The main advantage of such leashes is increased rigidity, they do not get tangled and do not wear off over time, but still it is worth sticking to simple rule: The line should remain several times stronger than the leash. Otherwise, you will lose your gear along with the catch.