MOD. C-AB20167XSD COMPATIBLE WITH SHIMANO ULTEGRA XSD 14000. Technical features: Certified Delrin POM-C. Clutch friction plates in carbon fiber and INOX 304 stainless steel. High output buzzer in INOX 304 stainless steel (patented). Cone-shaped piece for threading spool. Available in … Continue reading
MOD. C-AB20141MGS COMPATIBLE WITH SHIMANO AERO TECHNIUM MGS Technical features: Certified Delrin POM-C. Clutch friction plates in carbon fiber and INOX 304 stainless steel. High output buzzer in INOX 304 stainless steel (patented). Cone-shaped piece for threading spool. Available in … Continue reading
MOD. C-AB20133XSC1 COMPATIBLE WITH SHIMANO ULTEGRA XSC 10000 Technical features: Certified Delrin POM-C. Clutch friction plates in carbon fiber and INOX 304 stainless steel. High output buzzer in INOX 304 stainless steel (patented). Cone-shaped piece for threading spool. Available in … Continue reading
MOD. C-AB20151XSC2 COMPATIBLE SHIMANO ULTEGRA XSC 4500/5500 Technical features: Certified Delrin POM-C. Clutch friction plates in carbon fiber and INOX 304 stainless steel. High output buzzer in INOX 304 stainless steel (patented). Cone-shaped piece for threading spool. Standard capacity: 0,16/300m. … Continue reading
MOD. C-AB20132XT COMPATIBLE WITH SHIMANO ULTEGRA XT Technical features: Certified Delrin POM-C. Clutch friction plates in carbon fiber and INOX 304 stainless steel. High output buzzer in INOX 304 stainless steel (patented). Cone-shaped piece for threading spool. Standard Capacity: 0,22/300m. … Continue reading
MOD. C-AB20131XSA COMPATIBLE WITH SHIMANO ULTEGRA XSA Technical features: Certified Delrin POM-C. Clutch friction plates in carbon fiber and INOX 304 stainless steel. High output buzzer in INOX 304 stainless steel (patented). Cone-shaped piece for threading spool. Standard Capacity: 0,22/300m. … Continue reading
Elastic line-blocker band The elastic line-blocker band is a black rubber band with the Italian flag sewn on it to show it is ‘made in Italy’. Its purpose is to block the line in the bobbin after every use. We have … Continue reading