LOVE HUNTER HEAT SHIRT
The shirt is onesize and made of 70% recycled polyester & 30% polyester.
The blond girl is a size 34/36 and is 178 centimeters tall.
The brunette girl is a size 42 and is 177 centimeters tall.
Shirt measurements:
1/2 chest circumference: 64 cm
Shoulder: 16 cm
Armhole: 24 cm
Sleeve length: 70 cm
Shirt length in front/back: 65 cm/65 cm
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Introducing the LOVE HUNTER HEAT SHIRT – your key to overcome any wardrobe crisis! The trendy shoulder fringes add a touch of modern attitude, while the wrist elastic provides a comfortable fit and an effortlessly elegant touch. Elevate your ensemble by pairing the LOVE HUNTER HEAT SHIRT with the matching LOVE HUNTER KIMONO PANTS, creating a sophisticated and complete look.
At Joseph Copenhagen, we work with a sustainable mindset. Our clothing is limited edition and will not restock when sold out. This is to make sure you can buy unique pieces not many people have and simultaneously try and prevent overproduction and overconsumption.
Original: $899.00
-65%$899.00
$314.65Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The shirt is onesize and made of 70% recycled polyester & 30% polyester.
The blond girl is a size 34/36 and is 178 centimeters tall.
The brunette girl is a size 42 and is 177 centimeters tall.
Shirt measurements:
1/2 chest circumference: 64 cm
Shoulder: 16 cm
Armhole: 24 cm
Sleeve length: 70 cm
Shirt length in front/back: 65 cm/65 cm
----
Introducing the LOVE HUNTER HEAT SHIRT – your key to overcome any wardrobe crisis! The trendy shoulder fringes add a touch of modern attitude, while the wrist elastic provides a comfortable fit and an effortlessly elegant touch. Elevate your ensemble by pairing the LOVE HUNTER HEAT SHIRT with the matching LOVE HUNTER KIMONO PANTS, creating a sophisticated and complete look.
At Joseph Copenhagen, we work with a sustainable mindset. Our clothing is limited edition and will not restock when sold out. This is to make sure you can buy unique pieces not many people have and simultaneously try and prevent overproduction and overconsumption.
