HOT HEADS

Firefly is a sister company of Crystal River specialising in fly-tying materials - mainly synthetics. Many of these products are incorporated into Crystal River patterns e.g. fluo beads, hot tail filament, fluorescent and phosphorescent materials - all aimed at giving 'hot spots' and 'trigger points' - giving that small added attraction even to traditional run of the mill patterns.

 

A new and exciting range of highly fluorescent Hot Head beads are now available from Firefly in not only the original 4mm, but in the new and extended range of 3mm - also the addition of rainbow beads has gained a tremendous following in innovative fly tying techniques. These beads offer great advantages over the original glass beads, available from various hobby and craft shops, which would shatter on hitting a hard surface such as a dam wall, or the ground, during casting. 

The new Hot Heads expand, stretch and flex and will thread onto almost any hook including small doubles and trebles. 

"Ridiculous" I hear you say, "how can you thread a bead onto doubles and trebles?"  Easy! - over the eye of the hook.

 At present the Hot Heads come in a range of colours - fluorescent red, orange, chartreuse, green, pink, translucent green and yellow and in two different sizes 4mm and 3mm. 

The 4mm bead has been counter sunk, which produces a larger opening on one side - useful in many tying techniques incorporating these beads.

 

Fig.1

If using a large 4mm Hot Head, whether singly or as a group of beads, to be fixed in this position with no tailing material to be added - thread the bead on large opening first, as now only a small wedge of thread needs to be wrapped, providing a 'stop' to prevent the bead slipping down the bend of the hook.

Fig. 2

However, if you are tying in a tail - reverse this procedure and tie the tailing material in with a smooth wedge shaped wrap. Then slide the bead back over the wedge to encompass the tail. A small drop of superglue on the thread wraps before sliding the bead over will add to the security (as Fig. 3)

Fig. 3