-40%
26 Reeds Reed MIB + 3 Reeds Selmer Soloist 2 Omega / 11 2 Vandoren
$ 49.97
- Description
- Size Guide
Description
26 Reeds Reed MIB + 3 Reeds Selmer Soloist 2 Omega / 11 2 VandorenThe description of this item has been automatically translated. If you have any questions, please feel free to contact us.
26 OLD and AUTHENTIC MiB REEDS for SAXOPHONE
in ROSEAU
+
3 REEDS
- SELMER SOLOIST 2
- SELMER OMEGA 1 1/2
- VANDOREN
State:
Very good condition, like new. Have never been used. From a stock of an old luthier.
FRANCE
1st half of the 20th century
dimensions (length): about 5.2 cm (for MiB), about 5.7 cm (Selmer Omega 1 1/2), about 6.6 cm (Selmer Soloist 2), 6.7 cm (Vandoren)
total weight: about 20 gr
Careful shipping by Mondial Relay (by default) or Colissimo (if requested, with supplement) for France and Colissimo International for the rest of the world. Can be sent by Mondial Relay for certain European countries (consult me for the list of countries and prices).
Reduced shipping costs in case of group purchases.
For the sake of eco-citizenship, my shipments are made with second-hand parcels (from a DIY company). In the same vein, the wedging particles (chips) are biodegradable, made from corn starch, soluble in water and compostable.
(ref .: 21BA15)
26 OLD and AUTHENTIC MiB REEDS for SAXOPHONE State: Very good condition, like new. Have never been used. From a stock of an old luthier. dimensions (length): about 5.2 cm (for MiB), about 5.7 cm (Selmer Omega 1 1/2), about 6.6 cm (Selmer Soloist 2), 6.7 cm (Vandoren) Careful shipping by Mondial Relay (by default) or Colissimo (if requested, with supplement) for France and Colissimo International for the rest of the world. Can be sent by Mondial Relay for certain European countries (consult me for the list of countries and prices). Reduced shipping costs in case of group purchases. For the sake of eco-citizenship, my shipments are made with second-hand parcels (from a DIY company). In the same vein, the wedging particles (chips) are biodegradable, made from corn starch, soluble in water