Both poles of electron have south magnetic polarity and it does not have well defined north magnetic polarity. So in electrons, south magnetic polarity dominates. Because of this, two electrons repel each other. If their axes are at right angle to each other, magnitude of this repulsive force will reduce. At larger distances magnetic lines of force acquire curvature and at certain distance they may start to behave as electric field lines of forces.
Electrons have electric fields.
Depending on relative orientation of their electric fields, electrons tend to repel or attract each other. Similar electric fields produce repulsion within zero gravity distance and if distance is more than zero gravity distance they tend to attract each other. Dissimilar electric fields produce attraction within zero gravity distance and repulsion beyond zero gravity distance. At zero gravity distance these electric fields do not produce any resultant interactive forces. Since electrons have outward acting or repulsive nuclear fields, within range, they repel each other.