Grace & Lace Micro Bambü Lightweight Sweater
When you make a fabric this gushy soft, you need it in every style! Introducing the new Micro Bambü Lightweight Sweater! This pullover sweater is easy and timeless with its classic v neckline, casual fit, and ribbed hem detail. But this sweater feels better than all the rest since it features our new micro bambü fabric blend! This silky, buttery soft sweater will easily become your new favorite cold weather style for seasons to come!
Why you’ll love it:
Buttery soft, lighter weight knit Bamboo pullover sweater
Made with our same signature rayon and bamboo yarn blend in a new lighter “micro” weight with breathable, temperature-regulating properties to keep you comfortable all day long with a silky soft feel!
Casual fit sweater with classic v neckline, cozy ribbed sleeve cuffs and hem, and outer seam shoulder detail for a hint of texture
Not your average sweater! Keep it cozy all day long no matter where the day takes you - trust us, you’ll never want to take this Micro Bambü Lightweight Sweater off!
Material: 71% Nylon, 29% Viscose from bamboo
When you make a fabric this gushy soft, you need it in every style! Introducing the new Micro Bambü Lightweight Sweater! This pullover sweater is easy and timeless with its classic v neckline, casual fit, and ribbed hem detail. But this sweater feels better than all the rest since it features our new micro bambü fabric blend! This silky, buttery soft sweater will easily become your new favorite cold weather style for seasons to come!
Why you’ll love it:
Buttery soft, lighter weight knit Bamboo pullover sweater
Made with our same signature rayon and bamboo yarn blend in a new lighter “micro” weight with breathable, temperature-regulating properties to keep you comfortable all day long with a silky soft feel!
Casual fit sweater with classic v neckline, cozy ribbed sleeve cuffs and hem, and outer seam shoulder detail for a hint of texture
Not your average sweater! Keep it cozy all day long no matter where the day takes you - trust us, you’ll never want to take this Micro Bambü Lightweight Sweater off!
Material: 71% Nylon, 29% Viscose from bamboo
When you make a fabric this gushy soft, you need it in every style! Introducing the new Micro Bambü Lightweight Sweater! This pullover sweater is easy and timeless with its classic v neckline, casual fit, and ribbed hem detail. But this sweater feels better than all the rest since it features our new micro bambü fabric blend! This silky, buttery soft sweater will easily become your new favorite cold weather style for seasons to come!
Why you’ll love it:
Buttery soft, lighter weight knit Bamboo pullover sweater
Made with our same signature rayon and bamboo yarn blend in a new lighter “micro” weight with breathable, temperature-regulating properties to keep you comfortable all day long with a silky soft feel!
Casual fit sweater with classic v neckline, cozy ribbed sleeve cuffs and hem, and outer seam shoulder detail for a hint of texture
Not your average sweater! Keep it cozy all day long no matter where the day takes you - trust us, you’ll never want to take this Micro Bambü Lightweight Sweater off!
Material: 71% Nylon, 29% Viscose from bamboo
Lightweight micro bamboo long sleeve sweater with V neckline and outer seam shoulder detail. The fabric is knit with great stretch and the fit is casual, relaxed. If you prefer this close fitting, size down.
Melissa is 5’5" size 4 between sizes Extra Small (XS) and S and wears the size XS.
Brunette Model is 5'6" wearing a size Extra Small (XS).
Blonde Model is 5'8" wearing a size Extra Small (XS).
Care: For best results - Hand wash cold mild detergent OR machine wash cold gentle cycle with like-colors in a mesh bag. Do not bleach. DO NOT USE FABRIC SOFTENER OR DRYER SHEETS. Dry flat. Cool dryer to fluff. STORE FLAT. Ok to dry clean.
Material: 71% Nylon, 29% Viscose
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 ½” tolerance for each measurement.
