Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

With the advent of fluorocarbon line, certain principles of fishing have been redefined as a material with unique characteristics has emerged. 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. Fluorocarbon leash, reliable and easy to install… CONSUMER

About fluorocarbon

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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.

Comparison of conventional fishing line and fluorocarbon

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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.

Fluorocarbon line for leashes

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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 leash fun ipeja Pike, ti a fi ọwọ ṣe

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.
  • Agbara.

Agbeyewo ti apeja

  • 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 meet 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.

Fluorocarbon Knots

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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.

Fluorocarbon leader for pike fishing

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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 damage 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.

An overview of fluorocarbons from different companies. How and where to use. For what.

Making fluorocarbon leashes with your own hands

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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. Awọn ohun elo
  4. Sisọsi.
  5. Items such as carabiners and swivels.

Imọ ẹrọ iṣelọpọ

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

  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.

Ikadii:

  • 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.

ipari

Fluorocarbon leash fun ipeja Pike, ti a fi ọwọ ṣe

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.

Among other things, anglers follow another, more efficient way, which reduces the likelihood of being left without bait. This is done as follows: a thinner fluorocarbon is taken and the leash is made from several separate threads woven together, according to the principle of braided fishing line. If a pike can bite one thread, then two threads are unlikely to work, and three – even more so. In order for the pike to bite the fishing line, it needs to get on her tooth. If one floss gets on the tooth, then the second floss may be near, but not on the tooth. Therefore, it is very difficult to bite such leashes.

As for the pike, it is not particularly afraid of metal leashes, especially during periods of active biting. But you can always play it safe and this will not be a minus, but will definitely be recorded as a plus.

1 Comment

Fi a Reply