Preise und Verfügbarkeit können sich mehrmals täglich ändern. Prüfen Sie die aktuellen Daten direkt in den E-Shops. Alle verfügbaren Farben und Größen finden Sie direkt in den E-Shops.
Ein Klassischer Schnitt und klassisches Design zeichnet den dreieckigen Tommy Hilfiger Büstenhaltern JEANS ID-UNLINED TRIANGLE aus. Die schmalen Träger lassen sich verstellen. Das Brustband hält den BH an seinem Platz und der klassische Verschluss auf dem Rücken ist sehr beliebt. Und Tommy Hilfiger passt bestimmt gut zu Deinem persönlichen Stil.
Farbe | dunkelblau |
Größe | dunkelblau |
Designed für | female |
Material | Baumwolle/BaumwolleausnachhaltigemAnbau/Elastan |
Cotton shirt by Tommy Hilfiger. This item is in size M and the color is
Cotton polo shirt by Tommy Hilfiger. This item is in size M and the color is
Cotton polo shirt by Tommy Hilfiger. This item is in size M and the color is
almond beige cotton blend padded design tonal stitching ribbed band collar long sleeves sleeve zip pocket two front flap pockets ribbed cuffs and hem internal stud-fastening pocket full lining front two-way zip fastening This item is in size M and the color is
ivory white cotton fine knit crew neck with contrasting border long sleeves ribbed cuffs and hem embroidered logo at the chest straight hem This item is in size M and the color is
navy blue lightweight construction embroidered logo at the chest appliqué logo at the sleeve high neck front zip fastening long sleeves with elasticated cuffs two press-stud fastening side pockets rear elasticated hem full lining This item is in size M and the color is
midnight blue/red/white cotton blend piqué weave embroidered logo at the chest contrasting trim mini logo tag polo collar split neck short sleeves ribbed cuffs short side slits straight hem This item is in size M and the color is
beige/pink linen-cotton blend ribbed knit horizontal stripe pattern embroidered logo at the sleeve polo collar concealed front button fastening long sleeves ribbed cuffs and hem straight hem This item contains at least 50% materials which are certified or widely recognised as having a lower