Boot Bananas Winter Sports Moisture Absorbers
Features
- Super absorbent silica beads
- Specially designed to absorb moisture from wet footwear and equipment
- Dries footwear in as little as 4-6 hours
- Absorbs up to 40% of their weight in moisture
- Dries without heat, removing the risk of damage to your footwear
- Helps prevent odours
- Fragrance-free
- Adjustable leash allows for a range of applications and easy drying
- Airtight packaging for storage
- Warning:
- This product is for functional use only and is not a toy
- Not suitable for children under 3
- Non edible - if Silica beads accidentally ingested seek medical advice
- Use care when removing from oven
- Never leave a hot oven unattended
- Please retain information for future use
For wet shoes or boots simply place the Winter Sports Moisture Absorbers inside pushing them all the way to the toes of the footwear. Then give them a light shake to evenly distribute the silica beads (back towards the heel) and leave to work their magic. If footwear is not soaking wet then they can dry in as little as 4-6 hours!
If your footwear has taken the brunt of the elements and is extremely wet remove insoles and soak up excess moisture with newspaper, towel or a sponge before inserting fully regenerated Winter Sports Moisture Absorbers and leaving overnight.
Not just great for footwear, the adjustable leash allows you to hang your Winter Sports Moisture Absorbers in damp salopettes and jackets to dry cuffs and even great for use with water sports equipment to speed up the drying of wetsuits and drysuits.
Specifications
Care | Boot Bananas Winter Sports Moisture Absorbers can easily be part regenerated by drying them in the sunshine, on a radiator, or in the oven for 1 – 2 hours no higher than 110°C. Once dry and cool, place back in the pack and reseal to ensure they are ready for action when you need them next. Use the oven method to fully regenerate and for optimum performance regenerate regularly. If submerged the silica beads will break and the Winter Sports Moisture Absorbers will no longer function effectively. |
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