Unisex Furnace Round Toe Neoprene Boots - 5mm
The Billabong Furnace Round Toe 5mm neoprene booties are designed for cold water sessions, where keeping your feet warm without sacrificing feel is a priority. Ideal for winter or exposed spots, they allow you to extend your sessions with true thermal comfort.
The pro stretch neoprene, incorporating recycled polyester and nylon, offers excellent flexibility while remaining durable. The graphene-infused inner lining accelerates heat buildup and improves heat retention. Combined with the partially recycled Superlight Foam, it ensures a good balance between thermal insulation, lightness, and freedom of movement.
External Liquid S-Seal seams enhance waterproofing and minimize water entry. The round toe design prioritizes overall thermal comfort, while the arch strap provides precise foot support for enhanced board control.
Features :
- 5mm neoprene booties
- Liquid S-Seal waterproof seams
- Round toe
- Arch support strap
Delivery and returns:
- Free delivery in mainland France
- Free return*
*Offer valid for any order for which a return request is made within 14 days of the delivery date. Valid only for returns made from a country within the European Union (excluding Switzerland and Norway).
Materials
- 80% neoprene
- 10% nylon
- 10% polyester
Care Instructions
- Rinse with fresh water after each session
- Turn over to dry completely
- Dry in the shade
- Avoid sources of direct heat
- Do not leave damp in a sealed bag
Buying guide
Delivery
Delivery
Orders are prepared and shipped quickly: most are dispatched within 24 to 48 business hours.
The delivery time, meaning the transit of the parcel to your address, then depends on the delivery location and the carrier.
Shipping costs are transparent and calculated based on weight, volume, and delivery address.
Exchanges & Returns
You have a 14-day right of withdrawal to return or exchange a new product that does not suit you.
Eco-Responsible Packaging
We prioritize sustainable, recyclable, and reusable packaging solutions, minimizing single-use plastic as much as possible while ensuring optimal protection for products, including large items.



















