Medium Pneumatic Brush - Pure boar and nylon bristles
Discover our genuine small wooden hairbrush (18 cm), carefully crafted in France using only high-quality boar bristles and white nylon bristles.
This brush embodies the excellence of French manufacturing using 100% natural materials.
The wood comes from sustainably managed forests, helping to preserve our environment. Its pneumatic cushion made from natural latex, derived from the sap of the rubber tree, is elastic and adapts perfectly to the shape of your skull.
The boar bristles, rich in keratin, regulate the diffusion of sebum and deeply nourish your hair, for healthy, shiny hair. The white nylon pins ensure optimal detangling without damaging your hair.
As an added bonus, this genuine boar bristle brush improves blood microcirculation, stimulating your hair's natural growth.
Types of hair
This pneumatic brush with boar bristles and nylon bristles is the tool of choice for children and people with short, thick or curly hair who have trouble detangling.
Advantages
Its unique design allows deep detangling without flattening the hair. It gently detangles even the most stubborn knots, leaving hair silky smooth and well cared for.
Whether for everyday styling or regular maintenance, this brush adapts to a variety of hair needs, providing a pleasant brushing experience while preserving the health of your hair.
Maintenance
To keep your brush as efficient as possible, make sure you look after it regularly.
First, gently remove any hair or particles that may have accumulated between the boar bristles, either using your fingers or a comb. Be careful not to pull out the hairs during this operation.
Then, for a thorough clean, use warm water and add a few drops of shampoo to the brush. Gently massage the bristles by rubbing them against the palm of your hand, then rinse thoroughly with clean water.
It is essential not to leave the brush to soak in water to avoid any risk of damage. Finally, leave the brush to air dry, with the bristles facing downwards and away from any source of heat.
