Single-Breasted Lace-Up Blazer

Name: Single-Breasted Lace-Up Blazer
Brand: & Other Stories
SKU: 1266255001
Price: 57 GBP
Availability: OutOfStock

£ 57~~£ 115~~

Prev. Markdown: £ 69

Out of stock

Beige

SIZE

Single-breasted blazer traced with two button closures. Featuring a lace-up detail at the back with thin self-tie straps. Finished with dual jetted pockets and side seam slits at the bottom hem and cuffs.

• Regular fit

• Fully lined

• Inside pocket

Length of blazer:
74cm / 29.1" (Size S)

Article number

1266255001

Clothing Style

Blazer

Fit

Regular fit

Length

Regular length

Key Fabrics

Twill

Sleeve Length

Long sleeve

Style

Blazer

Weight

570 G

Composition

Shell

Lyocell 66%, Acetate 34%

Lining

Polyester 52%, Viscose 48%

Additional material information

Shell

TENCEL™ Lyocell 66%, Eastman Naia™ acetate 34%

The additional material information is provided by weight for each component. The weight of minor elements, such as threads, buttons, zips, embellishments and prints, has been excluded from these calculations.

Explanation of the materials in this product

Acetate

Acetate is a cellulosic material commonly made from wood, but the raw material could also consist of other cellulosic materials. It can be either a solid material or a textile fibre.

Eastman Naia™ acetate

Eastman Naia™ cellulosic acetate fibre is made from wood pulp and acetic acid sourced from the fossil-based feedstock. The production process is made in a closed-loop system where chemicals are reused.

Lyocell

Lyocell is a regenerated cellulose fibre commonly made from wood, but the raw material could also consist of other cellulosic materials.

Polyester

Polyester is a synthetic fibre made from crude oil (a fossil resource).

TENCEL™ Lyocell

TENCEL™ Lyocell is a regenerated wood-based fibre made from wood pulp. It is produced in a closed-loop process where chemicals are reused.

Viscose

Viscose is a regenerated cellulose fibre commonly made from wood, but the raw material could also consist of other cellulosic materials.