Fluorocarbon for the leash, as applied. Fluorocarbon Leaders for Pike How to Knit Fluorocarbon Leaders

Some hundred years ago, horsehair was the main material for fishing lines. It's hard to believe now. The development of science has led to the creation of polymeric materials, which are now widely used for the production of fishing products. Not very long ago, a novelty appeared on this market - fluorocarbon, or fluorocarbon. Today, most anglers use fluorocarbon line for pike leads.

What is fluorocarbon

Fluorocarbon is a synthetic material similar in characteristics to Teflon. Like all fluoropolymers, it has good resistance to aggressive media. On its properties in any way no temperature fluctuations, neither exposure to direct sunlight nor mechanical stress. In addition, it has one very important feature: its refractive index is close to that of water. Therefore, in this environment, fluorocarbon is practically invisible, moreover, it does not absorb water at all.

Despite all its positive qualities, fluorocarbon has significant drawbacks. It is stiffer than regular monofilament line and has a slightly lower breaking load for the same diameter, and its price is much higher. All this significantly limits the use of fluorocarbon fishing line as the main one. But all the positive properties are successfully implemented in the manufacture of fluorocarbon leashes.

Why you need a leash

Leashes are used when catching both predatory and peaceful fish, but their functions are different. When catching cautious white fish, anglers make a leash from a thinner line, which is less noticeable in the water. The leash, for example, for a pike, put primarily to protect from her sharp teeth. Traditionally, these leashes were made of thin steel wire or Kevlar. However, this significantly impairs the performance of the lure. In addition, the metal leash is noticeable in the water and can scare away even an active predator.

The leader fluorocarbon combines both of these positive qualities. It is hard enough to resist pike teeth, and at the same time it is hardly noticeable. Therefore, for the manufacture of leashes for pike, fluorocarbon is most often used.

I make my own leads. There is nothing difficult in this. I bought a coil of good fluorocarbon on occasion, I think it will last for a long time. With a leash, it is more reliable, and the fish are not afraid of it.

Fedor, 56 years old

You can do it yourself

In order to make a fluorocarbon leash for pike, a fishing line of this material with a thickness of 0.5 mm is quite suitable. In addition, you will need:

From the reel you need to cut off a piece of fluorocarbon fishing line of the required length with a small margin. Two pieces of a crimp tube 1 cm long are put on a future leash. From each side the line is threaded into the swivel and the free end re-enters the tube. On the other side of the tube, a loop is again made and the tip is again threaded through the tube. The outer loop should allow free movement of the swivel, the inner one can be almost completely pulled into the tube.

Now the tubes should be crimped. You can also use regular pliers for this. The pressing force should be so that the fishing line does not slip out of the tubes. This can only be achieved by experience, by making several fluorocarbon leashes with your own hands. The tubes are crimped at the edges, and then in three more places in a different plane.

The tubes must be cleaned very well before installation, especially at the edges. The presence of sharp burrs can lead to damage to the leash and its breakage. It is best to use ready-made ones, for example from Elite Alliance.

Put before zherlitsy with metal leashes. And now he completely replaced them with fluorocarbon ones. Definitely a better result. And they do not freeze, and it is more convenient.

Alexey, 32 years old

The knot will be tied, the knot will be untied

Fluorocarbon can be mounted on the main line not only with the help of swivel and carabiners, but also in the traditional way with the help of knots. There are many ways to knit a fluorocarbon leash. Here are some of the famous knots:

1. Mahin knot (carrot) is used for tying fluorocarbon woods and braids.
2. Double grinner knot (grinner). Slip knot for carbon fiber and braided cord of different diameters.
3. Albright (albright). Knot for knitting fluorocarbon lines of different diameters.

To tie a swivel or ring to a fluorocarbon fishing line, you can use a knot called "Diamond". folded in half the edge of the cord is threaded into the loop of the swivel, wraps around the main fishing line and threads into the resulting loop. Then the double edge is opened and the swivel itself is passed through it. It remains only to moisten the knot and tighten.

To bind mormyshkas, you can use a knot of the "Clinch" type. The loop at the end is knitted with the usual “eight”.

When choosing a fluorocarbon fishing line for making leads for pike, you should pay attention to the markings. Only lines with 100% fluorocarbon are real. If there is no such inscription on the package, then such a forest is not fluorocarbon, only the appropriate coating has been applied to it. This does not make it invisible in water, and in terms of its properties it is no different from the usual monofilament.

For a good result, it is better to choose high-quality fluorocarbon fishing line from well-known manufacturers, such as Owner, Shimano, KUREHA, for making leads. This will not only increase the chances of catching a trophy, but also save you from disappointment after a low-quality tackle breaks.

Was not so long ago on the lake. He threw and threw spinning, there are a lot of pike exits, but he doesn’t take it. Fears. I removed the Kevlar leash and put on the fluorocarbon one. On the first cast, a confident bite. I fish with him now.

Artem, 28 years old

Attention, only TODAY!

The topic of the use of leashes made of fluorocarbon line is quite relevant today, it is discussed both on the forums and directly on the fishing itself.

Most fishing enthusiasts have a positive opinion of Flurocabon, arguing that it is an excellent material that is worthy of resisting the teeth of a predator.

But there is another point of view, where the use of such a leash is impractical (you can lose an expensive bait).

Given the transparency of fluorocarbon, carp anglers were the first to actively use it. Today, the popularity of such a leash is growing rapidly, in particular, among spinningists it is a priority.

What is fluorocarbon?

Fluorocarbon fishing line has earned the trust of anglers due to its high performance, it is used as a reliable leash in a variety of rigs.

Without going into details, fluorocarbon is a compound of fluorine and carbon. It is from a polymer such as polyvinylidene fluoride (PVDF) that high-tech fishing line is made.

The main advantage, which is considered to be its invisibility in the water. This quality is achieved due to the low refractive index of light 1.42 (and the refractive index of water is 1.3). For information: such a coefficient for monofilament is 1.52.

They also produce line with a fluorocarbon coating, this is a more budget option for pure fluorocarbon. Although such a product does not have all the properties of fluorocarbon fishing line, it has an increased strength indicator than fluorocarbon itself.

What are its characteristics?

The positive qualities of fluorocarbon fishing line include:

• High resistance to temperature changes(heat, extreme cold), which makes it possible to use it in the winter season.
• Material strength. Can withstand the sharp teeth of a predator.
• Doesn't absorb water therefore, there is no degradation in performance.
• Good resistance to sunlight which does not reduce the breaking load of the product.
• Invisibility in the water. It is this property of fluorocarbon that attracts anglers so much. Taking into account the subtleties of the bait supply, where it all comes down to creating the illusion of a natural live bait, and at the same time, so as not to frighten away the intended object of fishing. Therefore, this property of fluorocarbon is of particular importance for the spinner. You should know that a completely transparent fishing line does not exist.
• Extensibility of the line. Here, fluorocarbon occupies a middle position between a regular monofilament line and a braided line. Possessing great rigidity, such a fishing line helps to increase the sensitivity of the tackle, allowing you to recognize every bite, which ultimately leads to a high-quality hooking. This is especially in demand when fishing at long distances.

  For information: it has been proven that fluorocarbon line is not able to recover after a certain stretch, in particular, this applies to the process of playing prey ashore and when pulling out a hooked bait in burrowed places.

• resistance to aggressive environment, which allows the use of such equipment on the rocky bottom of the reservoir. In hard types of fluorocarbon, this figure is several times higher than in soft lines of similar material.
• An excellent combination of such fishing line with a multiplier reel, where the thread practically does not cut into the winding with the powerful resistance of a trophy specimen.
• Quickly sinks into water due to its weight(heavier than water), which is beneficial when fishing on bottom dwellers and when fly fishing.

Fluorocarbon versus regular line

To finally draw a conclusion in favor of one or another type of fishing line, one should compare their performance characteristics:

• Strength. The usual monofilament wins here when it comes to the behavior of the product on land. In the aquatic environment, all the useful properties of fluorocarbon do not change, but the thickness of an ordinary fishing line increases dramatically, from which its breaking load suffers. Conclusion: the strength indicators of the two types of fishing threads are almost the same.
• Invisibility. The use of fluorocarbon fishing line when catching cautious fish significantly increases the chances of a decent catch, due to its light refractive index, close to the refractive index of water. On land, fluorocarbon and monofilament are not much different from each other, and in water this indicator is in favor of the first version of the fishing line. But there is an opinion that such invisibility of the fishing line can interfere with controlling the behavior of the bait.
• Gatherings and bites. Due to its good performance, the number of exits from fluorocarbon is minimal, and the number of real bites is much greater.
• Abrasion resistance. This indicator is especially important for winter fishing, when there is a constant contact of the thread with the ice surface. Given the density of fluorocarbon line, its operational life is several times longer than conventional monofilament.

Fluorocarbon line for leashes

It is fluorocarbon that rightfully occupies one of the leading places as a material for the manufacture of leashes.

After numerous experiments, most anglers have concluded that the use of fluorocarbon as the main fishing line is impractical, and expensive (relative to monofilament).

But leashes made of such material are a completely justified action.

Most often, such leashes are used to equip spinning tackle, float fishing rods, for vents, in fly fishing, in feeder fishing. But on the condition that it is 100% carbon.

If a monofilament with a fluorocarbon coating is used, then hunting for predatory fish will initially be subject to great doubts.

Carbon leashes are stiffer than conventional monofilaments and are therefore less likely to get tangled.

The breaking load of the fluorocarbon leader should be somewhat weaker than that of the main braided line.

The most popular brands of fluorocarbon fishing line include:

1. Owner, the fishing line is designed for spinning fishing. Depending on the diameter of the thread, it can easily withstand a load of 1-6 kg.
2. Balzer, a joint development of German and Japanese scientists. It is successfully used at any time of the year, regardless of the type of fishing. In particular, spinning, bombard, donk and fluorocarbon line make up the perfect tandem for good and productive fishing.

   Benefits: High breaking load, made from and coated with 100% Fluorocarbon for invisibility in water, abrasion resistance and knot strength.

Advantages of fluorocarbon leads:

• Invisibility to the eyes of a predator.
• No deforming changes after the next bite.
• Super abrasion resistance.
• The presence of lightness and sufficient elasticity, which favorably affects the game of the bait, and also prevents the thread from overlapping.
• Ease of use (knots are strong, quickly unravel, etc.).
• Long operational service life.

Reviews

• There is an opinion among consumers that if the fishing line was made of low-quality fluorocarbon, then the final product will be with poor performance.
• In the production process, the applied technologies and equipment are of great importance, the more advanced the manufacturing process, the higher the quality of the product. One of these products is the Kureha brand line, which is distinguished by its reliability and super strength. For its production, two types of raw materials are used simultaneously, plus the latest technologies and modern equipment. According to reviews, this fishing line is quite soft, elastic and very durable.
• But the winter version of the fishing line under the brand name De Lux Fluoro Carbon, according to its declared characteristics, does not correspond to the real indicator: the calibration differs significantly from the indicated figures, the thickness of the fishing line varies, and the breaking load also does not match.
• The Cottus Fluorocarbon brand has proven itself only on the positive side: reliable in operation, on the knots quite strong, despite the many bends.
• Salmo Fluorocarbon line has a smaller diameter than what is stated on the packaging, and its breaking load loses to the rest of the representatives of this category. Although in the process of fishing, knots from such a fishing line are of excellent quality, which allows it to be used for lead equipment, for float fishing rods and in feeder fishing.

Fluorocarbon and knots

There are several ways to knit knots, the main thing is that at the end they are strong, hardy, as strong as possible. Such knots can be obtained from multiple weaves.

At the same time, they must be moistened with water to avoid overheating of the fishing line from friction. The better the knot, the more effective fishing.

The best node options are:

• Mahin Knot (carrot) used for knitting a fluorocarbon leash to a braided fishing line.
• Knot Albright, in great demand among fishermen. It is especially suitable for tying two lines with a threefold difference in thickness (for example, fluorocarbon with braided cord). Such a connection is durable, reliable and passes freely into the ring.
• Grinner knot is a sliding version of the double knot, ideal for connecting braid to fluorocarbon line (difference in diameter should be 1:5). Here it is important to check the tightness of the knot and the presence of kinks, so as not to provoke a weakening of the strength of the fishing line.

Fluorocarbon leader for pike fishing

A high-quality fluorocarbon leash is used in those hopeless cases when a toothy predator is in a passive state.

Of course, at some stage of the hunt (during bites, while fighting), it is possible to cut the leash even with a thickness of 0.4-0.5 mm, but such a moment should not be regarded as a complete failure.

Better active fishing with fluorocarbon than vain whipping on the water with a steel leash. This is the perfect solution when it comes to reliability and camouflage.

Especially relevant is the use of such a leash by jigs, where the cost of a jigs and baits is not so significant.

Another plus of this equipment: the pike can quickly get rid of such a bait with one hook, and bites resume with the previous intensity.

If you fish with wobblers with tees, then this option is considered of little use: there is a high probability of losing expensive bait, the pike may die.

Therefore, a fluorocarbon leash, pike and wobblers are incompatible things.

For information: if the length of the leash is more than 40 cm, then the knot between the dense fluorocarbon and the braided line will be too bulky, which will make it difficult to pass through the rings. In the case of a power cast, even damage to one or more rings is possible.

Here it is necessary to observe the optimal correspondence between the power of the cord and the diameter, as well as the length of the fluorocarbon leash. For fishing on shell edges, a leash with a length of 2-3 m and a thickness of 0.3 mm (not less) is suitable.

Making fluorocarbon leashes at home

To make your own leash from fluorocarbon, you will need the following components:

1. Fishing line. The diameter is selected in accordance with the type of intended prey: for catching perch, medium pike, you need to choose a thread thickness of 2 to 3 mm, and for hunting pike perch that lives at the very bottom, a diameter of up to 0.4 mm is suitable.
2. Crimp tubes with a diameter of 1 mm.
3. Pliers.
4. Scissors.
5. accessories(carbines - American, swivels).

Manufacturing process:

1. We measure the fishing line 35 cm long.
2. On one side of the fishing line we pass a crimp tube, and then we put on a swivel.
3. We bend the fluorocarbon and make a loop, passing the edge of the fishing line through the tube, and crimp it.
4. You need to do the same on the other side, only instead of a swivel, thread a carabiner.
5. The leash is ready.

This method allows you to make a leash not only at home, but also on the water.

Conclusion:

• A fluorocarbon leader is the perfect solution for catching shy and careful predatory fish.
• The optimal length of the leash is not more than 1 m.
• Especially such a leash has proven itself in winter.
• The leash should be made of high quality fluorocarbon.

Pike is the most toothy predator of our reservoirs. On her conscience are countless bitten baits.

In Soviet times, pike was caught on a monofilament fishing line with a diameter of up to 1 mm, tying the lure with a loop, i.e. in order to bite off the bait, the pike would have to bite almost 2 mm of fishing line. Now fishing conditions have changed, the main lines have become much thinner, and there is an urgent need for leaders for pike fishing. The fluorocarbon pike leader is an alternative to metal leaders, which have their own advantages and disadvantages.

Basic requirements for leashes

The main requirement for a leash for pike fishing is its resistance to the teeth of a predator. In addition, before deciding which one to choose, you can name the following requirements:

1. Durability. This does not mean how long the leash resists pike teeth, but how long you can use it for fishing.
2. Rigidity. Rigidity is required from the leash when fishing on wobblers with twitching. A rigid leash does not allow the rear tee of the wobbler to overwhelm the main line and ensures proper wiring.
3. visibility in the water. This criterion is important when catching cautious pike.
4. Strength. The strength of fluorocarbon is lower than even that of monofilament line, so the breaking load of the source material must be taken into account when choosing a leader material. In addition, fluorocarbon has a reduced knot strength, and if you have to use knots, then they must be designed for knitting exactly fluorocarbon.
5. Acceptable cost. The price / quality ratio should be considered when choosing a leash. If fishing is to be in a place rich in hooks and fraught with frequent breaks in lures, you should opt for budget leashes.

Advantages and disadvantages

There are two disadvantages of fluorocarbon leads: its lack of stability in contact with pike teeth and a rather high cost. At the same time, fluorocarbon leashes have the following advantages:

• Phenomenal resistance to external factors. Fluorocarbon is not afraid of either UV radiation, or temperature extremes, or increased salinity of water;
• Durability. Fluorocarbon is much more durable than monofilament and even braided line;
• Rigidity. Fluorocarbon is stiffer than monofilament and much tougher than braided;
• Low stretch. Lower than cord, but much higher than monofilament;
• Absolute inability to absorb water;
• Invisibility. The refractive index of water is 1.3, fluorocarbon is 1.42, and monofilament is 1.52, the line is completely opaque, i.e. Fluor is most invisible in water.

It is possible to compare fluorocarbon leashes with others used for pike fishing, which is shown in table 1.

Table 1 - Comparison of the characteristics of leashes made of different materials

Expert opinion

Knipovich Nikolai Mikhailovich

Attention! Choosing a leash for pike fishing should be, taking into account the totality of fishing conditions. This set of conditions includes: the degree of activity of the predator, the presence or absence of hooks, the nature of the bottom and the properties of the baits used.

All of the listed materials, except for Kevlar, have a high abrasive resistance and can be safely used in snags, on a rocky bottom, among clusters of shell rock and in grass thickets, i.e. protect the bait not only from meeting with the sharp teeth of the predator, but also from abrasion.

How to choose for pike

When choosing fluorocarbon leashes for pike fishing, whether ready-made or homemade, you should pay attention to the following parameters:

1. diameter and breaking load. For pike fishing, it is not recommended to use fluorocarbon with a diameter of less than 0.4 mm. Only when fishing with ultralight is it permissible to catch on less thick leashes. You should choose leashes that have a higher breaking load for the same diameter.
2. Brand. It is advisable to use fluorocarbon leashes from reputable manufacturers.

Many companies are currently engaged in the production of fluorocarbon, there is a kind of rating that reflects the current situation in the market for this product.

Rating

• Shimano Tiagra Florocarbon Leader. Expensive Japanese fluorocarbon for elite fishing;
• Sunline Siglon FC. Optimal price/quality ratio;
• owner. High-quality "flur" from the famous manufacturer;
• Megastrong Florocarbon Coating. Budget monofilament with fluorocarbon coating, quite invisible and at the same time very durable;
• Aqua FC Fluorocarbon. Budget fishing line for everyday fishing.

All of the listed companies produce their products in 50-meter unwinds, except for Aqua, which winds 30-meter line on spools.

DIY

It is not difficult to make a fluorocarbon leash for pike fishing with your own hands. The cost of a homemade leash is five times less than the price of a store. To fluorocarbon with a diameter of up to 0.5 mm, you can tie the necessary elements, namely the clasp and swivel, with widespread fishing knots or. But remembering that knots are the weak point of fluorocarbon, it is better to make a reliable and aesthetic looking leash using crimp tubes, especially since knitting knots with thick fluorocarbon is extremely inconvenient. This will require:

Instruments:

• Scissors;
• crimper - a special tool for crimping tubes. In its absence, you can use ordinary pliers.

Materials:

• Fluorocarbon for leashes;
• crimp tubes;
• fasteners;
• swivels.

The leash is made as follows:

1. Cut off a piece of leash material of the desired length. It should be remembered that part of the fishing line will be involved in the loops, so a piece is cut off with a margin of 10 centimeters. Usually the length of leashes for pike fishing is 15-20 cm, only under special circumstances the leashes are made shorter or longer.
2. Thread the end of the fishing line into a crimp tube and put a clasp on it.
3. The line is threaded into the tube again.
4. Thread the line in the opposite direction. Thus, there are three pieces of fluorocarbon inside the crimp tube. Therefore, the diameter of the tube is chosen with a margin.
5. Crimp the tube neatly and from all sides.
6. Do the same operation with the swivel.

Expert opinion

Knipovich Nikolai Mikhailovich

Zoologist, hydrobiologist. I am a professional fisherman.

Important! The swivel and especially the clasp must be of high quality and reliable. The simplest, but at the same time reliable, is the Cross-Lock type clasp.

Tackle mounting

For pike fishing, they are usually used, and the leash is tied to it through a swivel with a Palomar or Clinch knot. All nodes, both in the manufacture of leashes and in the installation of tackle, must be moistened.

On ultralight

Pike on ultralight are rarely caught purposefully, it is a bonus, sometimes very unpleasant, because it often bites off the bait. Therefore, a fluorocarbon leash is used to at least partially protect oneself from biting the fishing line by a predator.

Since all gear for ultralight fishing is very delicate, the leash is also made of fluorocarbon with a diameter of about 0.2 mm. Additional elements interfere with the game of lures, so they try to do without them. The main cord and leash are tied using knots or, and the bait is tied directly to the leash.

Only a wobbler cannot be tied tightly, since its animation provides for a certain freedom of movement. Therefore, it is fastened with a knot, which does not complicate the game of the bait.

Alternative

The most reliable alternative to fluorocarbon for pike fishing is a metal leader: steel or tungsten. Another easy and cheap option would be to use regular large diameter monofilament line. Despite the fact that the monofilament has certain disadvantages (high stretch, some visibility in the water, the ability to absorb water), it will be very difficult for a pike to bite it. Such a leash should be made using crimp tubes.

Fluorocarbon is most effective in dynamic fishing, when fishing occurs according to the scheme: fast wiring - bite - hooking. Jig fishing is most suitable for this scheme, while slow wiring of the bait on a retractable leash is the least insured against its loss when it comes into contact with the teeth of a predator. On the other hand, to some extent, the length of the bait saves from a bite. A long wobbler or a wobbler is more insured against a bite than a short jig bait or a spinner.

Useful video

A fluorocarbon leader for pike fishing has a right to exist, but it should be used wisely. With a bad bite, it makes sense to take a chance and sacrifice the bait, especially if it is inexpensive, but at the same time get away from zero, and maybe even please yourself with a good catch.

Knipovich Nikolai Mikhailovich

Zoologist, hydrobiologist. Graduated from Leningrad State University named after Zhdanov, Faculty of Biology and Soil. I am a professional fisherman.

With the advent of fluorocarbon line, certain principles of fishing have been redefined, as a material with unique characteristics has appeared. Many spinners are positive about 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, since you can lose valuable bait.

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

Fluorocarbon line firmly and reliably takes its place in the technology of catching fish. Leashes are made from it for various snap-ins, including spinning ones. 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 fishing line. Its main advantage is invisibility in water, which is achieved due to the low refraction of light. This ratio is 1.42, compared to water, which has a ratio of 1.3. For monofilament line, this coefficient reaches a value of 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 fishing line with a fluorocarbon coating. Unfortunately, this line does not have the same characteristics as pure fluorocarbon line. Despite this, such a composite has indicators of increased strength.

Characteristics of fluorocarbon

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

• High resistance to temperature extremes, which allows it, without any restrictions, to be used in winter.
• High strength, as it can withstand the teeth of a predator.
• The inability to absorb moisture, which has a positive effect on its characteristics, especially in winter. It does not freeze, like other types of woods.
• Its resistance to UV rays, which does not reduce its strength. Monofilament fishing 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 leader makes the tackle more catchy.
• Its extensibility. It has average stretch rates compared to braided and monofilament fishing line. It is able to make the tackle more sensitive, and when playing a large fish, it is able to dampen its jerks, which cannot be said about a braided fishing line.
• Its resistance to abrasion allows the use of fluorocarbon on stony or shell piles present at the bottom of the reservoir. Rigid types of fluorocarbon have greater stability than soft fluorocarbon lines.
• Its stiffness makes it possible to use the line when catching large individuals using a multiplier reel. Under heavy loads, it does not cut into the turns of the fishing line already wound on the reel.
• Its residual weight causes the line to quickly sink into the water, which is necessary for bottom fishing.

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

• Strength. Before monofilament enters the water, its breaking load is greater than fluorocarbon. After entering the water, the thickness of the monofilament increases, which leads to the loss of its original strength. This is due to the fact that monofilament is able to absorb moisture. The breaking load of fluorocarbon remains the same both in and out of the water. Therefore, we can conclude that their strength indicators are almost the same.
• Invisibility. When catching cautious fish, this factor significantly increases the number of bites when using fluorocarbon. In appearance, these fishing lines are not much different from each other.
• Gatherings and bites. Fluorocarbon line is more catchy due to its performance characteristics. The number of gatherings is minimal, and the number of bites is maximum.
• 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 monofilament line.

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

Recently, fluorocarbon leashes have been installed on almost all rigs. Moreover, a positive effect can only be obtained 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 monofilament fishing line, but it does not have the qualities of a fluorocarbon line. The Chinese have established a similar production. Therefore, you need to carefully read 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.

Leads made from this type of line (100% fluorocarbon) have a certain rigidity, which leads to less tangling. As a rule, the strength of the leader should be less than the strength of the main line.

The most popular fluorocarbon fishing lines are:

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

Fluorocarbon leashes have the following advantages:

• They are invisible to fish in the water.
• Do not deform as a result of bites.
• They are resistant to abrasion.
• Possess rigidity, which reduces overlapping.
• Easy to use, easy to tie knots.
• Durability.

Feedback from fishermen

• Most consumers claim that poor quality fluorocarbon line performs poorly.
• The quality of manufactured products depends on the quality of equipment and the perfection of technology. Kureha brand line meets all modern requirements. This is a heavy-duty and reliable fishing line. Its basis is high-quality raw materials, multiplied by the achievements of modern technology, made on high-tech equipment. This fishing line is soft, elastic and durable.
• The 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 heterogeneity of its thickness.
• The Cottus Fluorocarbon brand has proven to be reliable and flexible, which allows you to knit quality knots, regardless of the destination.
• 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 leashes mounted on various types of rigs.

A huge number of knots have been developed, including those 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 must be moistened so that the material does not deteriorate its characteristics during the friction process.

It is possible to use the following nodes:

• Mahin Knot (simply "carrot") is a knot with which you can securely connect fluorocarbon and braid.
• Albright is very often used by fishermen. Perfect for tying lines with different thicknesses. The result is a strong and high-quality connection that freely passes through the guide rings.
• Grinner is a slipknot that can securely connect braid and fluorocarbon. The difference in diameter can be five sizes. 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 toothy predator behaves passively and a regular metal leash can alert her. 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. Still, it's better than throwing baits with a steel leader over and over again, absolutely hopelessly.

When it comes to jigging, a fluorocarbon leader might be the perfect choice given 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 leashes 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 voluminous and will cling to the rings, which can lead to damage to them.

In this case, it is very important to choose the thickness of the fishing line and leash so that there are no problems during casting. If the bottom consists of a heap 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 is not difficult if you prepare the following elements:

1. Fluorocarbon line. The diameter of the leashes is selected depending on the expected size of the prey. If you intend to catch a perch or a small pike, then a thickness of 0.2-0.3 mm is sufficient. For zander fishing, it is better to take a fishing line with a thickness of 0.4 mm.
2. Crimp tubes, approx. 1 mm in diameter.
3. Pliers.
4. Scissors.
5. Items such as carabiners and swivels.

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

Conclusion:

• A fluorocarbon leader 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, 1.5 to 2 meters long.
• Leads made of this material have shown that they do their job well in winter.
• This is true if the material is 100% fluorocarbon.

Conclusion

Many anglers are engaged in the manufacture of not only leashes at home, 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 crimp tubes. Swivels and clasps, as well as clockwork rings, can simply be fastened with secure knots. This is not only simple, but also much more reliable than using crimp tubes.

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

The fish are getting smaller and smarter. Often (except for rare moments of frank zhora), in order to catch even such a reckless predatory fish as a pike, you need to use various tricks. For example, make the rig more invisible in the water. Ordinary leashes made of metal cable and strings, to put it mildly, do not claim to be camouflage properties. Braided cords, widely used in modern spinning equipment, are also visible in the water. Fishermen began to use the material - fluorocarbon. Fishing line - 100% fluorocarbon is more rigid, wear-resistant than ordinary fishing line. With a significant diameter (0.4-0.5mm and more), fluorocarbon is quite resistant to pike teeth. So, with a swoop, a toothed predator cannot cut off the leash, you need to press the leash with your teeth for a long time, torment it. So, when playing a large pike for a particularly long time, an unfortunate cut can happen. But still, the game is worth the candle!

Well, 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 fish too :)).

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

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

Also, a braided line, a cord comes into play. It is needed for a bandage, braid. I use a thin yellow cord (Power Pro 0.06). So the habit of saving cord fragments, remnants came in handy ... It is important to use fairly thin cords. As for the color, white or yellow is best, because. the braid of such a cord is the least noticeable.

In the leashes we use classic fittings: an “American” clasp, a no-knot, if necessary, a swivel. I will say this. If you intend to catch, including on turntables, spinners, it is better to use a leash with a swivel. If you plan to fish only with a jig, wobblers, spinners, a swivel is an extra element. Then, use the leash without it. So, I knit different leashes, with and without swivel.

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

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

At the end of the fluorocarbon we tie the simplest single knot. Pull it up lightly with your hands. But, a thick flour will not let us tighten it to the end.

We put the end into this knot.

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

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

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

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

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

Holding with your fingers, we begin to wind the cord, tightly, coil to coil.

Having wound up to the knot, we wind it in the opposite direction, over the first one. Tie the cord and cut off the excess. You can make a braid in different ways, fix it, tie it. I do so.

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.

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

Tie the other end of the leash in the same way. As for the length, I usually make these leashes 30-35cm long.

It is necessary to glue both braids of the cord. We apply glue thinly, smear it so that the entire braid of the cord is glued well.

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

We put on a spinning rod on the second loop.

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. In any case, it is better than steel and other wire leashes. The number of bites with low pike activity increases with a fluorocarbon leash (sometimes by a couple of bites, sometimes at times!). This is confirmed by the experience of many numerous spinningists, including my friends. So, I introduce such leashes into my arsenal. I recommend paying attention.

Z.Y. Having imposed such leashes at home, I fasten them with fasteners, one by one, in a string. And I wind it on an empty reel from under the fishing line.