Roll stand comprising: at least one roll with two roll journals and a roll barrel for the rolling of a rolling material; at least one chock , optionally with a bearing bush , for rotatable mounting of the roll in the roll stand , wherein the chock or the bearing bush spans a receiving opening for reception of one of the roll journals , optionally with a drawn-on journal bush , wherein the inner diameter of the receiving opening is formed to be larger by comparison with the outer diameter of the roll journal, optionally with drawn-on journal bush, in such a way that an annular gap for receiving a lubricant is formed between the chock or the bearing bush and the roll journal or the journal bush; and a seal, which is arranged at the end at the chock or bearing bush at the roll barrel side and/or at the end of the chock or bearing bush remote from the roll barrel to be secure against rotation relative to the rotatable roll, for sealing the annular gap - which represents a lubricant chamber - at least in a predetermined circumferential angular region; characterised in that the seal is formed at least partly from a resilient material; the seal has at least two cavities which are separate from one another in circumferential direction and which are open towards the lubricant chamber of the bearing in order to feed the lubricant from the lubricant chamber , which is to be sealed, of the bearing to the cavities; a groove which is open towards the roll journal and into which the seal is insertable is formed at the end of the chock or bearing bush at the roll barrel side and/or at the end of the chock or bearing bush remote from the roll barrel; and the axial width a of the seal in unloaded state is greater than the width A of the groove in axial direction R. at least one roll with two roll journals and a roll barrel for the rolling of a rolling material; at least one chock , optionally with a bearing bush , for rotatable mounting of the roll in the roll stand , wherein the chock or the bearing bush spans a receiving opening for reception of one of the roll journals , optionally with a drawn-on journal bush , wherein the inner diameter of the receiving opening is formed to be larger by comparison with the outer diameter of the roll journal, optionally with drawn-on journal bush, in such a way that an annular gap for receiving a lubricant is formed between the chock or the bearing bush and the roll journal or the journal bush; and a seal, which is arranged at the end at the chock or bearing bush at the roll barrel side and/or at the end of the chock or bearing bush remote from the roll barrel to be secure against rotation relative to the rotatable roll, for sealing the annular gap - which represents a lubricant chamber - at least in a predetermined circumferential angular region; characterised in that the seal is formed at least partly from a resilient material; the seal has at least two cavities which are separate from one another in circumferential direction and which are open towards the lubricant chamber of the bearing in order to feed the lubricant from the lubricant chamber , which is to be sealed, of the bearing to the cavities; a groove which is open towards the roll journal and into which the seal is insertable is formed at the end of the chock or bearing bush at the roll barrel side and/or at the end of the chock or bearing bush remote from the roll barrel; and the axial width a of the seal in unloaded state is greater than the width A of the groove in axial direction R. <EOS>