Toner

A toner, comprising:

• a toner particle comprising a binder resin, a nonmagnetic inorganic oxide particle A, and a magnetic iron oxide particle B;
• a softening point of a chloroform-soluble component of the toner particle being not greater than 90° C.;
• the nonmagnetic inorganic oxide particle A and the magnetic iron oxide particle B being internally added to the toner particle;
• and
• the nonmagnetic inorganic oxide particle A being a silica particle, wherein
• when a cross section of the toner particle provided by sectioning with a microtome is observed with transmission electron microscopy (i) a particle number of the nonmagnetic inorganic oxide particle A that is present per 1 toner particle cross section is 0.7 to 5.0, and (ii) a shape factor SF1 of the nonmagnetic inorganic oxide particle A is at least 143, where SF1 of the nonmagnetic inorganic oxide particle A=((LA)2/(AA))×(π/4)×100 when LA represents the absolute maximum length of the nonmagnetic inorganic oxide particle A (length of circumscribing circle) and AA represents the projected area of the nonmagnetic inorganic oxide particle A, and (iii) a shape factor SF1 of the magnetic iron oxide particle B is not more than 110, where SF1 of the magnetic iron oxide particle B=(LB)2/(AB)×(π/4)×100 when LB represents the absolute maximum length of the magnetic iron oxide particle B (length of circumscribing circle) and AB represents the projected area of the magnetic iron oxide particle B,
• at least 70 number % of the nonmagnetic inorganic oxide particles A having a long diameter of at least 100 nm have a long diameter of 400 to 3,000 nm,
• at least 70 number % of the magnetic iron oxide particles B have a long diameter of 50 to 350 nm, and
• a value of a ratio of a number-average particle diameter of the long diameter for the nonmagnetic inorganic oxide particle A to a number-average particle diameter of the long diameter for the magnetic iron oxide particle B is 5 to 30.