Bush bearing having optimized intermediate plates

An elastomeric bush bearing, comprising:

• a metallic core, which extends axially along a central longitudinal axis;
• an outer sleeve arranged concentrically with the core;
• an elastomeric bearing body arranged between the core and the outer sleeve and connected to them by vulcanization, wherein two longitudinal recesses extending over an entire length of the bearing body in the axial direction and situated opposite in a first radial direction are formed in the bearing body;
• and
• two intermediate plates that are vulcanized into the bearing body and each comprise at least one circular portion, which extends over at least 135° in a circumferential direction in a circular shape around a partial-circle centre in a section plane perpendicular to the central longitudinal axis;
• wherein the bearing body comprises an outer elastomer track and an inner elastomer track for each intermediate plate;
• the intermediate plates each have two portions angled in relation to the circular portions;
• and the angled portions of the intermediate plates are angled in the direction of a second radial direction perpendicular to the first radial direction and extend perpendicularly or almost perpendicularly into the longitudinal recesses of the bearing body.