CeLaVi Rubber Boots w. For - Dark Navy
[KJ985]
-
Delivery
1-5 days -
30 days right
of cancellation -
Limited-time offer:
Delivery from 995 kr.
Rubber boots from CeLaVi
Fine CeLaVi rubber boots in dark navy.
The CeLaVi rubber boots have a regular length shaft with a lace edge at the top, so the rubber boots can be adapted to the child and prevent water from running down into the boot. The Rubber boots have a practical reflective edge around the shaft and in the heel, which together increase the child's visibility - and thus safety - in traffic. Inside they are lined with soft lining and they have removable insoles.
The Rubber boots have a flexible outsole with a good pattern under the bottom, which ensures a good foothold.
The CeLaVi rubber boots are made of natural rubber, and when the rubber dries after production, a white film can sometimes be seen on the boots. This coating can be washed off with lukewarm water and brown soap. We recommend doing this to maintain the boots.
Internal dimensions in cm:
Size 20 = 13.0
Size 21 = 14.0
Size 22 = 15.0
Size 23 = 15.5
Size 24 = 16.0
Size 25 = 16.5
Size 26 = 17.0
Size 27 = 17.7
Size 28 = 18.2
Size 29 = 19.2
Size 30 = 20.0
Size 31 = 20.9
Size 32 = 21.5
Size 33 = 22.0
Size 34 = 22.7
Size 35 = 23.2
Note:The measurements are indicative and may vary by a few millimeters.
1-1.5 cm growth allowance is recommended.
Made with:
- Exterior: other material (100% natural rubber)
- Inside: textile
- Outsole: other material (100% natural rubber)
Style: 1396, Colour: 778
Product info
- Item no.:
- KJ985
- Status:
- In stock
- MPN:
- 1396-778
- Manufacturer:
- CeLaVi
- Colour:
- Blue
- Colour code:
- 778
- Type:
- Rubber Boots
- Gender:
- Unisex
- Pattern:
Made by
- Exterior:
- Other material
- Inside:
- Textile
- Outsole:
- Other material
Features
- Shoe closure:
- Lace up
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.