HAWTHORN Blazer – cyclical-store
HAWTHORN  Blazer
HAWTHORN  Blazer
HAWTHORN  Blazer
HAWTHORN  Blazer
HAWTHORN  Blazer

Cyclical

HAWTHORN Blazer

Regular price US$235.00

Our debut blazer the HAWTHORN blazer. Using our newly released fabric with 2-ply linen yarns in the warp direction for more structure as well as LYCRA® stretch yarns by DuPont . This blazer has got you more covered with water and oil repellent function which can withstand more washes than ever. Careful design of this blazer is extended to the pocket arrangements as well. 

Click through the high-lighted tabs to find out more design details on these must-have blazer. 

Breathablility Symbol

Stretchable Symbol Water and Oil Repellent Symbol
Breathability Stretchy Oil and Water Repellent

A unique Linen + Cotton stretch twill fabric is used on our all-weather as our chinos. Our blazer takes full advantage of the Linen and Cotton’s highly breathable nature to keep you comfortable. LYCRA® is added to the mix to achieve maximum maneuverability even with a fitted cutting. Adding water and oil resistant function to this fabric makes this blazer the all-weather all-occasion blazer a must-have. 

Enjoy your active lifestyle without restriction

Cyclical Dress Shirt Evergreen Measurement Guide

Cyclical Dress Shirt Evergreen Measurement Guide

Cyclical Dress Shirt Evergreen Measurement Guide

The breathability of natural fabric needs no introduction but our fabric has been finished with Nanotex’s Resists Spills technology to add water and oil repellent function while maintaining the fabric’s moisture vapor transfer and air permeability properties. 

Design details that maximizes your convenience. We have a dedicated pocket for all your everyday essentials.

  • Pen pocket
  • Wallet pocket
  • Zipped pocket for loose items
  • Name card/cell phone pocket

52%Linen 46%Cotton 2%Lycra
Nut case buttons
Highly breathable
Water resistant
Light weight
Stretchy

Cyclical Blazer Hawthorn Measurement Guide

Cyclical Blazer Hawthorn Measurement Table

 ** Measurements subject to difference within 0.5"