Multi-yarn sweatshirt

Fashionable women’s blouse in floral print striped fil coupe’.
Designed in a feminine line with a rich godet finish, V neck decollete and
long elasticated puff sleeves.

Composition: 100%PL STRIPED FIL COUPE’

Elegant long-sleeved shirt in non-iron cotton oxford stretch.
Designed in a slim silhouette line, stand up collar and long cuffed sleeves.
The all time classic shirt fastens at the front with thin shiny buttons.

Composition: 98%COTTON 2%EA Oxford twill

Elegant long-sleeved shirt in non-iron cotton oxford stretch.
Designed in a slim silhouette line, stand up collar and long cuffed sleeves.
The all time classic shirt fastens at the front with thin shiny buttons.

Composition: 98%COTTON 2%EA Oxford twill

Elegant long-sleeved shirt in non-iron cotton oxford stretch.
Designed in a slim silhouette line, stand up collar and long cuffed sleeves.
The all time classic shirt fastens at the front with thin shiny buttons.

Composition: 98%COTTON 2%EA Oxford twill

Voquish women’s jacket in premium fluid tricotin. Designed in an elegant fitted line with notched-lapel collar and flap pockets. The elegant jacket fastens single breasted with a dressed button. Composition: 83%PL,13%VISCOSE,4%EA FLUID TRICOTINE

Elegant women's knitted cardigan in soft mix wool blend.
Designed in a cropped line, with a deep V line neckline and long sleeves.
The elegant cardigan fastens at the front with two jewel buttons.

Composition: 50%PC,29%PA,19%,WO,2%EA Wool blend yarn

Elegant long-sleeved shirt in non-iron cotton oxford stretch.
Designed in a slim silhouette line, stand up collar and long cuffed sleeves.
The all time classic shirt fastens at the front with thin shiny buttons.

Composition: 98%COTTON 2%EA Oxford twill

Elegant women’s dress in floral print striped fil coupe’.
Designed in a feminine line with an elasticated waist, a small round neckline and rich trousseau puff sleeves.
The stylish dress with the rich codet finish fastens on the shoulder with thin buttons.
The

Composition: 100%PL STRIPED FIL COUPE’