Pirastro Piranito Rosin, Rosin for Violin Viola Cello

Description

Pirastro Piranito Rosin, Rosin
description
Pirastro Piranito rosin
for violin, viola and cello
orange
with low dust development, good adhesion and few background noises
a simple, good and hard rosin for beginners at an attractive price
packed in a sturdy, rectangular plastic box with a cloth to protect your fingers
high quality
pure natural product
not aggressive for the bow and strings
optimal usability
About the arc resin
Historical
it:
Since the emergence of bows for stringed instruments between the 10th and and 12. In the 19th century in the Near East, attempts were made to improve the adhesion of the bows to the strings by roughening and notching the initial plucking and rubbing rod and later by rubbing resin into the hair of the bow. The rosin got its name from the place Kolophon, located north of Ephesus in ancient Asia Minor, where bow resin was produced on a larger scale, as it is handed down in old documents.
extraction:
The natural resin is obtained today, as in Allen times, by cutting the trunks of pine, fir and spruce in spring and harvesting the resin in autumn. From this raw material, a balsam-like mass, turpentine oil is obtained by distillation. The remaining residues - resin, acids and water - are heated in open kettles until the water has evaporated. Impurities settle to the bottom so that the pure resin can be skimmed off.
Since the emergence of bows for stringed instruments between the 10th and and 12. In the 19th century in the Near East, attempts were made to improve the adhesion of the bows to the strings by roughening and notching the initial plucking and rubbing rod and later by rubbing resin into the hair of the bow. The rosin got its name from the place Kolophon, located north of Ephesus in ancient Asia Minor, where bow resin was produced on a larger scale, as it is handed down in old documents. The natural resin is obtained today, as in Allen times, by cutting the trunks of pine, fir and spruce in spring and harvesting the resin in autumn. From this raw material, a balsam-like mass, turpentine oil is obtained by distillation. The remaining residues - resin, acids and water - are heated in open kettl