D'Addario Electric Bass Black Nylon Tapewound Medium Scale, .050 - .105, ETB92M

SKU:
DAD_ETB92M
UPC:
019954971779
Instrument:
Electric Bass Guitar
Material 1:
Black Nylon
Gauge 1:
0.05
Winding 1:
Tape Wound
$44.80

D'Addario Electric Bass Black Nylon Tapewound Medium Scale, .050 - .105, ETB92M

NOTE

DESCRIPTION

DIAMETER INCHES

TENSION LBS

1st G

Black Nylon Tapewound

.050

35.5

2nd D

Black Nylon Tapewound

.065

34.3

3rd A

Black Nylon Tapewound

.085

31.5

4th E

Black Nylon Tapewound

.105

28.3

ETB92M is the medium scale version of the popular ETB92 black nylon tapewound bass set. ETB92M offers the ideal combination warm, deep tones with a smooth feel. Fits medium scale basses with a string scale length of up to 34 inches.

Designed to produce a deep, warm tone with smooth feel, D’Addario Tapewound Bass strings are wound using a flattened black nylon which is polished to an ultra-smooth finish. These long-lasting, well-balanced strings are expertly engineered to provide optimal tension and are gauged to fit properly on standard bass saddles and nuts. Tapewounds may be used on fretted or fretless basses and are designed to deliver a vintage tone ranging from the thump of an upright bass to the focused depth of traditional flatwound strings.

  • Engineered to provide optimal tension and gauged to fit properly on standard bass saddles and nuts
  • Flattened black nylon wound for a warm and deep tone
  • Fits medium scale basses with a string scale length of up to 34" inches
  • Made in the U.S.A. for the highest quality and performance.
XL Nylon Tapewound bass strings are the warmest, smoothest bass strings we have to offer. Great for fretted or fretless instruments, these flat wound, silky smooth strings have a distinctively warm, percussive tone, with no finger noise. Made with a high carbon steel core and wrapped in flattened black nylon, our Tapewound strings are polished to an ultra-smooth finish, delivering unrivaled punch, depth, and focus. Made for medium scale basses, this 50-105 Medium set has a higher tension, affording increased low-end response and output.