- Free shippingON ORDERS OVER $100
Tech Blazer
$ 280.00$ 140.00
Model is 6'2'' and is wearing a size L
(Chest 40'').
This product is currently out of stock. Select your size and subscribe to get notified when your size is back in stock.
size
No stock available
Find in local store
Size & Fit
Size & Fit
Model is 6'2'' and is wearing a size L (Chest 40'').
- Regular Fit
- Straight hem
- Hip length
- Long sleeves
Description & Care
Description & Care
Blazer Tech is cut from a stretch woven fabric and is semi lined. The straight hem is cut away at the front. This Tech blazer offers a slanted pocket at the chest. Patch pockets are created at the waist. The slit at the back is partly closed with a tab on the inside.
- Lapel collar, option to fully close ( button hole added)
- Button closure
- Chest pocket, waist pockets
- Slit at the sleeve, button closure
- Slit at the back, closed from the inside with tab and button
Materials
- 54% Elastomultiester, 46% Recycled polyester
- Stretch woven
- Coated with a high performance water repellent finish for optimal functionality.
- Semi lined: 100% Recycled polyester
Color Detail
gs greyWashing Instructions
65-85°f normal processDo not bleachDo not tumble dryLine dry/hang to dryLow temperature iron 230°FDo not dry cleanDo not iron print, trims and accessories
Art nr: d26466-d908-1260
Sustainability & Traceability
Sustainability & Traceability
Preferred Materials
- 46% Polyester (Recycled) made from pre- or post-consumer plastic/polyester waste, of which PET bottles are the most common source. By giving discarded resources a new life we save raw materials, water, chemicals and energy.
Circularity
This garment is made to last. We encourage you to Rewear, Repair and as a last resort, to Recycle.
Where is it made?
- Garment Manufacturing
- Luzevitz (Huangshan) Co., Ltd, China
- Fabric Manufacturing
- Concordia (Jiangsu) New Materials Technology Co.,ltd., China
- Fabric Dyeing
- Concordia (Jiangsu) New Materials Technology Co.,ltd., China
Contains microfibers - May release microplastics into the environment during washing.