I have used only Dacron (polyethylene terephthalate) strings on my bows from day-one since 1964.
I stopped waxing my bowstring years ago. Why? Most string waxes are beeswax or has beeswax as an ingredient, and beeswax is a HUMECTANT, which means that IT ATTRACTS WATER. Not only that, beeswax also attracts insects and traps dust, dirt, and plant debris.
Strings are waxed when strung and taunt, therefore you are only applying the substance to the surface of the string. Meaning, that if beeswax, or an alike substance affords, string-against-string abrasion protection, it’s not affording that protection when just on the surface of the string. However, Not only does Dacron not absorb moisture, it is highly abrasion resistant. So why would I apply a substance that imposes detriments?
The typical properties of Dacron are very high tear-resistance and abrasion resistance, long working life, good UV-stability, good bias stability, outstanding durability, and NO WATER ABSORPTION.
In addition, Polyethylene (Dacron, a trade name) is a fully synthetic material so it's resistant to attacks from insects, moths, molds, fungi, and many everyday chemicals.
I do not know about the other materials used for bowstrings, but I would assume they also have the natural properties that Dacron has, even better.
What sayeth you?
I stopped waxing my bowstring years ago. Why? Most string waxes are beeswax or has beeswax as an ingredient, and beeswax is a HUMECTANT, which means that IT ATTRACTS WATER. Not only that, beeswax also attracts insects and traps dust, dirt, and plant debris.
Strings are waxed when strung and taunt, therefore you are only applying the substance to the surface of the string. Meaning, that if beeswax, or an alike substance affords, string-against-string abrasion protection, it’s not affording that protection when just on the surface of the string. However, Not only does Dacron not absorb moisture, it is highly abrasion resistant. So why would I apply a substance that imposes detriments?
The typical properties of Dacron are very high tear-resistance and abrasion resistance, long working life, good UV-stability, good bias stability, outstanding durability, and NO WATER ABSORPTION.
In addition, Polyethylene (Dacron, a trade name) is a fully synthetic material so it's resistant to attacks from insects, moths, molds, fungi, and many everyday chemicals.
I do not know about the other materials used for bowstrings, but I would assume they also have the natural properties that Dacron has, even better.
What sayeth you?