Brill 5 mm Fluo Sunburst (spool 18)

- A Brill version obtained with the inclusion of UV fibres. - The colour effects produced are extremely effective ! - This new and extremely bright material differs from the classical Cactus Chenille in that it has special fibres arranged for effect at much greater intervals, but anchored in a much more stable manner thanks to the particularly ...

- This new and extremely bright material differs from the classical Cactus Chenille in that it has special fibres arranged for effect at much greater intervals, but anchored in a much more stable manner thanks to the particularly fine stitching. - These features are considerably useful for tying medium to small sized bodies without excessively thicke...

-  This new and extremely bright material differs from the classical Cactus Chenille in that it has special fibres arranged for effect at much greater intervals, but anchored in a much more stable manner thanks to the particularly fine stitching. -  These features are considerably useful for tying medium to small sized bodies without excessively thic...

-  This new and extremely bright material differs from the classical Cactus Chenille in that it has special fibres arranged for effect at much greater intervals, but anchored in a much more stable manner thanks to the particularly fine stitching. -  These features are considerably useful for tying medium to small sized bodies without excessively thic...

- Thicker stitching, designed to withstand high levels of tension - A Brill version obtained with the inclusion of UV fibres. - The colour effects produced are extremely effective ! - This new and extremely bright material differs from the classical Cactus Chenille in that it has special fibres arranged for effect at much greater interval...

- A Brill version obtained with the inclusion of UV fibres. - The colour effects produced are extremely effective ! - This new and extremely bright material differs from the classical Cactus Chenille in that it has special fibres arranged for effect at much greater intervals, but anchored in a much more stable manner thanks to the particularly ...