Grace & Lace | Signature Soft Zip Up Hoodie | Heathered Charcoal

Size

**THIS PREORDER IS EXPECTED TO SHIP APPROXIMATELY OCTOBER 12**

Keep that style zipped up in the new Signature Soft Zip Up Hoodie! Giving you more layering looks to love, this versatile hoodie brings you everyday comfort with details you’ll want to show off again and again!

Why you’ll love it:

  • Our signature ultra soft knit sweatshirt fabric now in a zip up hoodie makes this  zip up hoodie an instant layering favourite
  • Brushed, cozy fleeced interior fabric that has stretch
  • Unique finishes like rolled raw edges on sleeves and back and ribbed cuffs, hemline and kanga pocket openings for a pop of texture
  • Buttery soft and easy to throw on and go timeless and seasonless jacket
  • Material: 62% polyester, 33% rayon, 5% spandex

Kristine's true size is a Small and she wears a X-Small
Carrie's true size is a Medium and she wears a Small or Medium

[Live Try On]

Super soft zip up hoodie with a hood and drawstrings. Casual relaxed fit. Knit fabric has stretch. Casual relaxed fit cozy style hoodie. If you desire not as relaxed/oversized fit, size down. Between sizes size down.

Melissa is 5’5 size 4 between sizes Extra Small (XS) and Small (S) and likes the small for an oversized fit.
Model is 5'8 wearing an Extra Small (XS). 

Size XS (0-2) S (4-6) M (8-10) L (10-12) XL (14-16)
Front/Back Length 24" 24 1/2"  25 1/2"  26"  27"
Bust 20 1/4" 21 1/2" 22 1/2" 24" 25 1/2"
Shoulder Width 18 3/4" 20" 21" 22 1/2" 24"
Bottom Opening 17" 18 1/4" 19 1/4" 20 3/4" 22 1/4"
Bicep 7 3/4" 8" 8 1/4" 8 1/2" 8 3/4"
Sleeve Length 21 3/4" 21 3/4" 21 3/4" 21 3/4" 21 3/4"

Care: Machine wash cold gentle cycle with like colours. Mild detergent. Do no bleach. Line dry. Low iron if needed. 

Material: 62% Polyester, 33% Rayon, 5% Spandex

Unless otherwise noted, all measurements are standard design measurements of the garment laying flat. Double the number for circumference. This does not include any stretch the garment might have. Please allow up to a 1/2" tolerance for each measurement.