That’s why PE rope is weak in receiving sudden shock forces.
But in reality, there are various cushioning factors such as rod bending, drag on the reel and slack line.
Sulam rope is weakened by friction
At the end of our rope system, it will often be an area that suffers a lot of frictional damage from the fish’s teeth, fins, scales and surrounding structures.
Toto has conducted experiments to show the weakness of PE rope against friction.
He uses clothespins to ensure even pressure.
He did 3 to 4 rounds of sand paper rubbing on the PE rope and it broke. While fluorocarbon and mono rope (of the same strength) can receive 10 rounds of friction and not break.
He swiped the PE rope with a single swipe Notice the PE strap has hair from one swipe
Then Mr. Totos stretches the rope and measures Whatsapp Mobile Number List the level of breaking weight.
This test was performed 3 times and the results were:
A 10kg strong PE rope can only hold 2kg.
This is surprising as it is only 18% of the rope’s original strength.
So it is clear that mono and fluoro ropes are more resilient than PE ropes
Embroidery rope that has hair is only able to maintain 18% of the strength of the rope.
We need a leader line system to make the line difficult for the fish to detect
And what is most important is that it is more durable USA CFO to face the strength of fish and unexpected obstacles.
Therefore, it is mandatory to help us land trophy fish.
For fish with large air sacs (for example Jenahak and Grouper ), they are more sensitive to the drop in air pressure.
This is because there is less pressure on the air bladder.
When there is less pressure on the air bladder, the air bladder of the fish will expand a little.
When the air bladder expands, the fish will start to feel uncomfortable.
They try to relieve their discomfort by moving to the lowest level or by absorbing the extra gas in their air sacs.