LEGO® Wear Winter Coat - LWJesse 704 - Bordeaux
[FK224]
-
Free shipping
over 99.96 € -
Delivery
2-4 days -
30 days right
of cancellation
Winter coat from LEGO® Wear
Nice LEGO® Wear winter coat in bordeaux with logo reflexes on the chest and lower back.
The LEGO® Wear winter coat has a removable hood that fastens with hidden push buttons around the fleece-lined collar. The hood's face opening has elastic inserts on the sides. The Winter coat has snow-cuffs and wide ribbed edges in the arm openings. The sleeves also have a smart click buckle where the kid's LEGO® Wear mittens or gloves can be attached.
The LEGO® Wear winter coat also has these good features:
- Waterproof with a water column pressure of 10,000 mm
- Breathable with a breathability of 6,000 gr/m2/24 h
- Taped seams
- Durable with a abrasion resistance of 60,000 rubs
- Reflective details
- Can be dried in a drying cabinet and tumble dryer
- Can withstand down to -15°C
- Environmentally friendly water and dirt-repellent coating without the use of fluoride (Bionic Finish Eco)
The Winter coat opens with a zipper with an internal wind pole, and at the front there are two slanted zipped pockets. In the life opening there is a high/low effect.
The Winter coat is quilted and has a smooth-woven lining.
Made with:
- 100% polyester
Model: LWJesse 704 - Jacket, Style: 11010774, Colour: 389
Features
- Pattern:
- Logo, Plain
- Water Repellent:
- Yes
- Mashine wash:
- 40°
- Instructions:
- Can be tumble dried
- Water column pressure:
- 10.000
- Breathability:
- 6.000
- Abrasion resistance:
- 60.000
- Waterproof:
- Bionic Finish Eco, Coating, Taped seams
Made of
- Polyester:
- 100%
- Item no.:
- FK224
- Status:
- In stock
- MPN:
- 11010774-389
- Brand:
- LEGO® Wear
- Colour:
- Red
- Colour code:
- 389
- Type:
- Winter Coats
- Collection:
- LEGO Wear AW23
All our prices are automatically calculated from the Danish price and converted to another currency - therefore you may experience small inequalities.
We adjust prices according to exchange rates regularly to avoid large fluctuations.