Thinly Coated for Durable Tone
D'Addario XS Nickel-plated strings bring the company's cutting-edge XS-coated formula to the electric guitar for the first time. These strings yield iconic D'Addario tone, but with a longer lifespan that ages gracefully. The ultra-thin XS coating not only preserves tone and longevity, but it also addresses common guitar player gripes about coated strings with their reduced string noise, lightning-fast playability, and superior resistance to fraying. Sweetwater players agree: if you're looking for coated guitar strings that sound great and give you longer hours of playtime, D'Addario XS Nickel-plated Steels are a clear winner.
Related Videos: XSE0946 XS Nickel-plated Steel Coated Electric Guitar Strings - .009-.046 Super Light Top/Regular Bottom
NY steel core with Fusion Twist steels
Inside each XS nickel string is a NY Steel core — the same as you'll find on a set of your favorite NYXLs or XTs electric guitar strings. This angular core gives the wrap wire more surface to grab on to, resulting in better tone and intonation. Plus, XS strings also feature D'Addario's Fusion Twist technology, a process that prevents slack in each string’s winding, ensuring it stays more in tune and lasts longer.
Engineered for graceful aging
D'Addario XS sets aren't your ordinary coated guitar strings. Both the wound strings and plain steels feature groundbreaking thin film coatings. This eliminates that awkward stage common to other coated strings where your bottom strings far outlast your top strings.
D’Addario XSE0942 XS Electric Nickel-plated Steel Guitar Strings Super Light Top/Regular Bottom Features:
- Super-light top for easy bends with heavy low-end definition and sustain
- Ultra-thin film coating extends string life between changes
- Smooth, sleek feel on the fingers
- Long-lasting great tone with rich harmonics, clarity, and definition
- Fusion Twist technology enhances tuning stability
- NY Steel hex core delivers superior intonation and stability
- Digitally controlled winding ensures consistency from set to set
