STROFT GTP Type S Braided Line 1000m Yellow Green

Line Stroft GTP Typ S Woven 1000m Yellow-Green Fishing Line Leader String

The description of this item has been automatically translated. If you have any questions, please feel free to contact us.


STROFT GTP Type S Braided Line 1000m Yellow Green

Smooth as a monofilament! Outstanding properties compared to other cords made from UHMWPE.

Item number: 796XXG

Stroft

The S stands for extra smooth. And if you let this line slide through your fingers, you will hardly be able to feel any difference in terms of surface smoothness compared to a monofilament. This line is also purely braided, without a coating, which is known to become rough after a short time. would rub off and make the cord unusable.

This smoothness is achieved through the use of an extremely fine UHMWPE fiber in combination with a braiding process in which the individual fibers are divided and braided into a significantly larger number of strands than was previously possible. This multi-strand process also increases the braiding angles. The fibers are bent slightly less than is the case with type R, while maintaining the same roundness, compactness and internal strength. This results in slightly higher tensile strengths for Type S. Unfortunately, the very fine UHMWPE fibers and the braiding process with a lot of strands also come at a hefty price. Nevertheless, this Type S will certainly be used if only that the very best material is good enough.

Special features:

  • Surface smoothness
  • expiration property
  • suppleness
  • Tensile strength

specification

The S stands for extra smooth. And if you let this line slide through your fingers, you will hardly be able to feel any difference in terms of surface smoothness compared to a monofilament. This line is also purely braided, without a coating, which is known to become rough after a short time. would rub off and make the cord unusable. This smoothness is achieved through the use of an extremely fine UHMWPE fiber in combination with a braiding process in which the individual fibers are divided and braided into a significantly larger number of strands than was previously possible. This multi-strand process also increases the braiding angles. The fibers are bent slightly less than is the case with type R, while maintaining the same roundness, compactness and internal strength. This results in s