adamwstewart
Well-known member
- Joined
- Mar 7, 2006
- Messages
- 85
Has anyone read Tackletour's review of flourocarbon lines? I was intrigued by the results. I'm eagerly anticipating results of a stretch test, if they ever get around to doing one.
I have a theory about flourocarbons (I personally like P-line original flouro for C-rigs and jig casting), specifically regarding the sensitivity issue. Maybe sensitivity in the lines doesn't have as much to do with stretch as it does with density of the material itself. Tackletour indicated they often couldn't tell the difference between mono and flouro stretch characteristics although they did not specifically test the property.
It is commonly attributed that flouro is more sensitive because it has less stretch (like a braided line). But maybe, due to its greater density than standard monofilament, it transfers vibration energy better.
For example, sound (a type of vibration) travels faster through air at sea level than at altitude (say 30,000 feet) because the air is much denser at sea level--the molecules bounce into each other with less time in between contact. Sound travels even faster through solid objects, apparently. This logic would seem to hold with fishing lines: vibrations in a less-dense line wouldn't travel quite as fast (or as distinct) as through a more-dense line.
Of course, there may be a problem with that logic--is vibration transmission totally a game of density of material, or a game of line stretch, or a combination? I raise this issue because it would seem braids are much less dense than either mono or flouro--braid floats. Yet it is most sensitive of all.
What do you guys think? Sorry if I've rambled...
I have a theory about flourocarbons (I personally like P-line original flouro for C-rigs and jig casting), specifically regarding the sensitivity issue. Maybe sensitivity in the lines doesn't have as much to do with stretch as it does with density of the material itself. Tackletour indicated they often couldn't tell the difference between mono and flouro stretch characteristics although they did not specifically test the property.
It is commonly attributed that flouro is more sensitive because it has less stretch (like a braided line). But maybe, due to its greater density than standard monofilament, it transfers vibration energy better.
For example, sound (a type of vibration) travels faster through air at sea level than at altitude (say 30,000 feet) because the air is much denser at sea level--the molecules bounce into each other with less time in between contact. Sound travels even faster through solid objects, apparently. This logic would seem to hold with fishing lines: vibrations in a less-dense line wouldn't travel quite as fast (or as distinct) as through a more-dense line.
Of course, there may be a problem with that logic--is vibration transmission totally a game of density of material, or a game of line stretch, or a combination? I raise this issue because it would seem braids are much less dense than either mono or flouro--braid floats. Yet it is most sensitive of all.
What do you guys think? Sorry if I've rambled...