Description:Cotton non-scratch gloves from the Hello! collection are made of 100% soft cotton in grey color. They protect the newborn from scratches. Ideal from birth. A wide welt does not press, but keeps the gloves in place. It is an essential part of every baby's layette. The mittens are made in Poland from delicate and carefully tested materials and are certified "Safe for baby". They are also available in pink and blue.Material: 100% Cotton
Ciemnoszara melanżowa sukienka plus size z długim rękawem . dodatki: kieszenieskład materiału: 90% bawełna, 10% elastansposób prania: prać w pralce w 30 ° CModelka ma na sobie rozmiar 2XL. Wymiary modelki: wzrost 172 cm, biust 102 cm, talia 77 cm, biodra 118 cm. Wymiary sukienki w rozmiarze 2XL mierzone na płasko: szerokość pod pachami - 58 cm, długość całkowita - 88 cm, długość rękawa - 57 cm
Subgroup clothing product informationfabric material : 100% polyester fabric type : Technological fabric pattern : Regular fit boy (cm) : 43 waist (cm) : 37 waist type : Elastic waist (cm) : 28 leg (cm) : 28 leg type : Straight leg pocket : 2 pockets season : Yaz brand : Slazengerstok code : St13se013-500model name : Rashacolor : Black Gender : MenProduct group : Textile Category : Sea shorts age group: Men
Color: beigePattern: logoStorage: inside pocket, main pocketFastening: zipperSomething extra: patchSustainability: use of recycled materialsMaterial: recycled nylonVolume: 28 lDimensions: 40 x 20 x 35 cm
Shorts made of smooth fabric blackMade of smooth, elastic fabric shorts with a slightly fitted cut. Model with a classic zipper and pockets on the sides.fabric content: 97% cotton, 3% elastaneModel's measurements: height 174 cm, bust 82 cm, waist 58 cm, hips 88 cm - she is wearing size S.
Model's measurements: height: 1.79 bust: 79 waist: 59 hips: 86; The product on the mannequin is size S/36.; 100% Cotton, Knitted Fabric; Basic Pattern: Our basic pattern, which fits well in everyone's closet, is both a sport and a classic piece. .; Colors may vary in studio shots due to the difference in light.