Oversized Beige Blazer
Oversized Beige Blazer
Size Conversion
Size Conversion
Length Conversion:
1 inch = 2.54 cm
1 cm = 0.393701 inches
Clothing Size Conversion:
Women's Clothing Sizes:
- EU Size: To convert from EU size to UK size, you usually add 4 to the EU size. To convert from EU size to US size, you typically add 30 to the EU size.
- UK Size: To convert from UK size to EU size, you usually subtract 4 from the UK size. To convert from UK size to US size, you typically add 2 to the UK size.
- US Size: To convert from US size to EU size, you usually subtract 30 from the US size. To convert from US size to UK size, you typically subtract 2 from the US size.
- AU Size: Women's clothing sizes in Australia generally follow the UK sizing system.
The Oversized Beige Blazer offers a chic and contemporary twist on classic tailoring. With its relaxed, oversized fit, this blazer effortlessly combines style with comfort, making it a versatile addition to your wardrobe. The neutral beige color provides a sophisticated, timeless look that pairs seamlessly with a variety of outfits.
Featuring a medium length of 65 cm to 80 cm, this blazer offers a flattering silhouette that enhances any ensemble. Available in sizes S, M, and L, it ensures a customizable fit to suit your individual style.
Highlights
- Fit: Oversized design for a relaxed, modern look.
- Color: Elegant beige for a versatile and timeless appearance.
- Length: Medium length, ranging from 65 cm to 80 cm.
- Size Options: Available in S, M, and L for a customizable fit.
Elevate your wardrobe with the Oversized Beige Blazer, designed to deliver both sophistication and comfort with a contemporary edge.
Size Information:
size/cm | bust | Shoulder | Sleeve | Length |
S | 102 | 43 | 58 | 71 |
M | 106 | 44 | 59 | 72 |
L | 112 | 45.5 | 60.5 | 73.5 |
Please note that sizes labeled as "international sizes" may differ from European and American standards, often running smaller. We recommend choosing the larger size if you fall between two sizes. Kindly allow for a 2-3cm variance due to manual measurement.