A hose connector ( 100, 800, 1100) comprising: a body including: a first body portion; and a second body portion ( 112, 812, 1112) disposed concentrically around the first body portion; wherein the first body portion and the second body portion ( 112, 812, 1112) define a gap therebetween such that the gap is adapted to receive a hose therein; a clamping element ( 124, 824, 1124) coupled to the second body portion ( 112, 812, 1112), wherein the clamping element ( 124, 824, 1124) includes a number of clamping claws; and a clamping nut ( 140,1140) threadably coupled to the second body portion ( 112, 812,1112), the clamping nut ( 140,1140) having a tail portion, wherein in an engaged position of the clamping nut ( 140, 1140), the tail portion is adapted to apply force on the clamping element ( 124, 824,1124); wherein the clamping element ( 124, 824, 1124) is coupled with the second body portion ( 112, 812, 1112) in one or more of following manner: slide on the second body portion in an axial direction relative to the second body portion; coupled with the second body portion through a form-fit connection; and hingedly coupled with the second body portion; characterized in that: a distance defined between the clamping nut ( 140, 1140) and the clamping element ( 124, 824, 1124) is decided such that the clamping element ( 124, 824, 1124) is radially tiltable with respect to second body portion ( 112, 812, 1112), wherein a ratio between an outer diameter of the clamping element ( 124, 824, 1124) and the distance is decided such that the clamping element ( 124, 824, 1124) is radially tiltable with respect to the second body portion ( 112, 812, 1112). a body including: a first body portion; and a second body portion ( 112, 812, 1112) disposed concentrically around the first body portion; wherein the first body portion and the second body portion ( 112, 812, 1112) define a gap therebetween such that the gap is adapted to receive a hose therein; a first body portion; and a second body portion ( 112, 812, 1112) disposed concentrically around the first body portion; wherein the first body portion and the second body portion ( 112, 812, 1112) define a gap therebetween such that the gap is adapted to receive a hose therein; a clamping element ( 124, 824, 1124) coupled to the second body portion ( 112, 812, 1112), wherein the clamping element ( 124, 824, 1124) includes a number of clamping claws; and a clamping nut ( 140,1140) threadably coupled to the second body portion ( 112, 812,1112), the clamping nut ( 140,1140) having a tail portion, wherein in an engaged position of the clamping nut ( 140, 1140), the tail portion is adapted to apply force on the clamping element ( 124, 824,1124); wherein the clamping element ( 124, 824, 1124) is coupled with the second body portion ( 112, 812, 1112) in one or more of following manner: slide on the second body portion in an axial direction relative to the second body portion; coupled with the second body portion through a form-fit connection; and hingedly coupled with the second body portion; slide on the second body portion in an axial direction relative to the second body portion; coupled with the second body portion through a form-fit connection; and hingedly coupled with the second body portion; characterized in that: a distance defined between the clamping nut ( 140, 1140) and the clamping element ( 124, 824, 1124) is decided such that the clamping element ( 124, 824, 1124) is radially tiltable with respect to second body portion ( 112, 812, 1112), wherein a ratio between an outer diameter of the clamping element ( 124, 824, 1124) and the distance is decided such that the clamping element ( 124, 824, 1124) is radially tiltable with respect to the second body portion ( 112, 812, 1112). a distance defined between the clamping nut ( 140, 1140) and the clamping element ( 124, 824, 1124) is decided such that the clamping element ( 124, 824, 1124) is radially tiltable with respect to second body portion ( 112, 812, 1112), wherein a ratio between an outer diameter of the clamping element ( 124, 824, 1124) and the distance is decided such that the clamping element ( 124, 824, 1124) is radially tiltable with respect to the second body portion ( 112, 812, 1112).