Hinge for pivotally connecting a temple bar and the rims in an eyeglass frame or two sections of a temple bar, where the hinge comprises: - in a distal end of a first part is provided an upper flange and a lower flange, where said flanges (12,14) are spaced apart by a distance x, and where a first aperture is provided in the upper flange, said aperture having a diameter y; - in a distal end of a second part a through-going second aperture is provided, said through-going aperture defining an inner cylindrical wall, where said second aperture has a diameter z, and where a distance k between an upper surface and a lower surface of the second part is smaller than the distance x; - a bushing made from a resilient material is arranged in the through-going second aperture, said bushing having an axis of symmetry, and where the extent of the bushing along the axis of symmetry is equal to or larger than the distance k but smaller than the distance x, said bushing having an inner opening with a diameter l perpendicular to the axis of symmetry; - a locking pin, said locking pin having a head section and a cylindrical body section defining an axis of symmetry, where the head section in a cross section perpendicular to the axis of symmetry has a dimension such that the head section may be accommodated in the first aperture, and where the extend of the body section along the axis of symmetry is equal to or larger than the distance x, and where a diameter n of the body section perpendicular to the axis of symmetry is equal to or larger than the diameter l; such that by inserting the bushing in the second aperture in the distal end of the second part, and inserting the distal end of the second part in between the upper surface and the lower surface in the distal end of the first part, the first aperture in the upper flange will be superposed the inner opening of the bushing, whereby the locking pin's body section may be inserted inside the inner opening of the bushing, and thereby pivotably connect the two parts, characterized in that the surface roughness of the wall of the second aperture has a larger roughness value Ra than the roughness value Ra of the locking pin thereby having a higher friction between the bushing and the wall of the second aperture than between the inner opening in the bushing and the locking pin. - in a distal end of a first part is provided an upper flange and a lower flange, where said flanges (12,14) are spaced apart by a distance x, and where a first aperture is provided in the upper flange, said aperture having a diameter y; - in a distal end of a second part a through-going second aperture is provided, said through-going aperture defining an inner cylindrical wall, where said second aperture has a diameter z, and where a distance k between an upper surface and a lower surface of the second part is smaller than the distance x; - a bushing made from a resilient material is arranged in the through-going second aperture, said bushing having an axis of symmetry, and where the extent of the bushing along the axis of symmetry is equal to or larger than the distance k but smaller than the distance x, said bushing having an inner opening with a diameter l perpendicular to the axis of symmetry; - a locking pin, said locking pin having a head section and a cylindrical body section defining an axis of symmetry, where the head section in a cross section perpendicular to the axis of symmetry has a dimension such that the head section may be accommodated in the first aperture, and where the extend of the body section along the axis of symmetry is equal to or larger than the distance x, and where a diameter n of the body section perpendicular to the axis of symmetry is equal to or larger than the diameter l;