Grace & Lace | Lightweight Ribbed Cardigan | Clay Rose

Size

Our best selling cardigan duster is back in a new length for spring! Meet the new Lightweight Ribbed Cardigan! This gorgeous clay rose ribbed cardigan features a new, shorter versatile length, with the same button up closure and pocket features you know and love. This cardi is sure to be your new favorite throw-on-and-go style for seasons to come!

Why you’ll love it:

  • Soft, slinky ribbed long sleeve lightweight cardigan in clay rose
  • Functional button up closure, with functional front pockets
  • Lightweight ribbed fabric is soft and stretchy, with a versatile longer cardigan length
  • Your go-to cardigan for warmer temps! Layer this lightweight cardigan over all of your favorite tanks, tees, and tops this spring and summer for an effortless look!
  • Material: 95% 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 Medium

[Live Try On]

Slinky soft lightweight rib cardigan. Long sleeves, functional button front closure and two functional open pockets. Knit has some stretch. Fit is true to size. If between sizes, size up.

Melissa is 5’5 size 4 between sizes Extra Small (XS) and Small (S) and wears size Small (S).
Model is 5'7" wearing an Extra Small (XS).

Size
XS (0-2)
S (4-6)
M (8-10)
L (10-12)
XL (14-16)
Front Length
31" 31 1/2" 32"
33"
34"
Back Length 32 1/4" 32 3/4" 33 1/4" 34 1/4" 35 1/4"
Bust 14 3/4" 16" 17" 18 1/2" 20"
Bottom Opening 19" 20 1/4"
21 1/4" 22 3/4" 24 1/4"
Sleeve Length  24 1/4" 24 1/2" 24 3/4" 25" 25 1/4"
Bicep 5 1/2" 5 3/4" 6" 6 3/8" 6 3/4"

Care: Machine wash cold gentle cycle with like colors in garment bag. Mild detergent. Do not bleach. Reshape and dry flat. Cool iron if needed. STORE FLAT.

Material: 95% 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.