This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.

This parallel machine key is a type of sinking key and it is used to fit into the groove of a rotating shaft and when pushing parts such as pulleys.[Feature]· The cross-sectional shape is square parallel.[Applications]· Optimal for holding adjoined parts in place, such as shafts, gears and sprockets in motors and reduction drives.