ABOUT HMG FLY SYSTEMS

AND THE NO THREAD FLY


After four years of unsatisfactory attempts at refining and tweaking a hot melt glue process application worthy of introduction to the fly tying community, HMG Fly Systems is pleased to present a superior fly tying material that competes with and, in some but not all cases, replaces epoxy and ultraviolet (UV) cured fly tying components.


HMG Fly Systems has developed many patterns using hot melt glue as a component.  In some patterns it is the total material for a completed fly.  We have also developed several patterns that are threadless — not a single wrap of thread in the entire fly.

Unlike epoxy and UV cure materials, hot melt glue exhibits many advantages and has superior qualities.  The applications of hot melt glue are infinite and limited only by the fly tier's degree of creativity.  The following list shows some of the many advantages of hot melt glue over epoxy and UV cured materials:

    • No need for UV lights or turning/drying motors.

    • Available in a variety of colors.

    • Like paint, colors can be blended to obtain a desired color.

    • It cures in seconds without a sticky residue.

    • It can be shaped and segmented.  

    • Makes streamer heads

    • Makes nymph and streamer eyes

    • Makes bead heads  

    • It can be repaired.

    • Eliminates weaving materials.

    • Colors are mixed and faded during the tying process.

    • Can be colored with permanent markers.

    • Reduces tying time, in some cases as much at 50%.

    • Hot melt glue is extremely durable.

    • Does not yellow like epoxy or some UV products.

    • The big one — it is very inexpensive when compared to epoxy and UV cured products.

The question most often asked, “Do flies tied using hot melt glue catch fish?”  HMG Fly Systems, along with many fly fishermen now using the HMG Fly Systems process, have proven all the patterns seen on the HMG Fly Systems website.  The answer to the question is a resounding “YES!” See the HMG Patterns tied using the HMG Fly Systems process.


For more information contact: Joseph Nicklo by clicking here

or fill out the form on the right.