KTC

●The caliber has a power -fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work. ●The rising angle of the...

●The caliber has a power -fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work. ●The rising angle of the...

●The caliber has a power -fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work. ●The rising angle of the...

●The caliber has a power -fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work. ●The rising angle of the...

●The caliber has a power -fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work. ●The rising angle of the...

●Since the hexagonal points are symmetrically angled at 15°, it can perform the same work as a dodecagonal box wrench (rotating at a 30° swing angle). ●The chamfer on the hexagonal diameter section...

●Since the hexagonal points are symmetrically angled at 15°, it can perform the same work as a dodecagonal box wrench (rotating at a 30° swing angle). ●The chamfer on the hexagonal diameter section...

●Since the hexagonal points are symmetrically angled at 15°, it can perform the same work as a dodecagonal box wrench (rotating at a 30° swing angle). ●The chamfer on the hexagonal diameter section...

●Since the hexagonal points are symmetrically angled at 15°, it can perform the same work as a dodecagonal box wrench (rotating at a 30° swing angle). ●The chamfer on the hexagonal diameter section...

●There is only one aperture size, and two types of rising angles can be used: 45° x 15° and 15°. ●Convenient for working with flange joints on industrial machinery, etc., and bolts and nuts...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...

●The caliber uses a power fit shape that prevents stress concentration from damaging the edges of bolts and nuts, allowing for more reliable tightening and loosening work . ●The rising angle is 45° x...