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Ernie Ball 2003 Earthwood 80/20 Bronze Medium Light Acoustic Strings
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View AllErnie Ball String Explorer: Acoustic Earthwood 80/20 Bronze - C.F. Martin D-28
Ernie Ball: String Alloys - Acoustic Earthwood 80/20 Bronze
Description
Precision-crafted for discerning players seeking a crisp tone. Made from 80% copper and 20% zinc wire wrapped around tin-plated steel cores, these acoustic strings produce a bright, balanced sound with harmonious overtones. Available in gauges .012, .016, .024w, .032, .044 and .054, the 2003 Earthwood 80/20 Bronze strings are designed for acoustic guitars, catering to musicians at all skill levels.
80/20 Bronze Alloy for Resonant Clarity
The 80/20 bronze alloy wrap gives the 2003 Earthwood strings a resonant, ringing tone with pronounced clarity. The tin-plated steel hex cores provide a stable base, allowing the bronze alloy to vibrate freely. This combination yields acoustic strings with a crisp, balanced sound and pleasing overtones that ring true.
Precision Manufactured for Optimal Tone and Longevity
All Ernie Ball strings are precision manufactured to the highest standards and most exacting specs to assure consistency, superior performance and extended lifespan. The 2003 Earthwood 80/20 Bronze Medium Light strings benefit from Ernie Ball's dedication to quality, boasting a tone and longevity suited to the needs of acoustic guitarists everywhere.
Versatile Gages for Any Acoustic Guitar
The 2003 Earthwood 80/20 Bronze strings are available in gauges .012, .016, .024w, .032, .044 and .054, accommodating acoustic guitars of all makes, models and sizes. This versatile range of gauges, combined with the strings' bright, balanced tone, make the 2003 Earthwood 80/20 Bronze Medium Light strings an ideal choice for acoustic guitarists seeking premium strings for any acoustic instrument.
Sustainable and Responsibly Sourced
Ernie Ball is committed to sustainability and social responsibility. The 2003 Earthwood 80/20 Bronze strings are made from responsibly sourced materials, with minimal environmental impact.