How to prevent static electricity and frizz in your hair during winter?

Winter brings its own set of challenges for our hair. Between uncontrollable frizz and static electricity caused by temperature changes and dry air, it can be difficult to maintain smooth and manageable hairstyles. Fortunately, there are simple and effective solutions to combat these inconveniences.

Why does winter promote frizz and static electricity in our hair?

Several factors contribute to the formation of frizz and static electricity in our hair during winter. Identifying them is essential for better prevention.

In winter, the air is naturally drier due to low temperatures and reduced humidity. Heating systems used to warm interiors also dry out the air. As a result, hair tends to dehydrate more easily. This dryness leads to the buildup of static charges, which makes our hair electric and creates frizz.

Additionally, certain materials like wool and synthetic fabrics in our sweaters, scarves, and hats generate static electricity when they rub against hair.

How to combat static electricity and frizz in your hair?

Deeply hydrate the hair fiber

In winter, hair dries out more easily as it loses its natural hydration due to weather conditions. Dehydrated hair becomes more porous and rough, promoting the accumulation of static electricity. Conversely, well-hydrated hair has a smoother surface, which prevents electric charges from settling.

Hydration is the key solution to prevent frizz and static electricity.
To combat these issues, adopt a hair care routine with moisturizing products tailored to winter’s specific needs.

The first step in an effective hair care routine is using a natural moisturizing shampoo. Cair's hyaluronic acid shampoo helps retain water in the hair fiber and prevents dehydration. It also contains plant-based proteins, an alternative to keratin, which reduces damage caused by external aggressions, particularly in winter.

Using a protective mist is also essential. Cair's hair mist creates a protective film around the hair fiber, shielding it from external aggressions. Additionally, its slightly acidic pH seals the cuticles, preventing static electricity and taming flyaways throughout the day. Finally, enriched with active waters like rice water, this hydrating mist brings vitality and moisture to hair.
Use it after every shampoo for even better results!

Choose a boar bristle brush

Boar bristles naturally have antistatic properties. They evenly distribute sebum along the hair strands, hydrating and smoothing the hair fiber. This makes the hair less prone to static electricity buildup.
Furthermore, since boar bristles are natural, they generally do not generate static charges. However, this effect may vary depending on hair type. The more your hair is treated and brushed, the less noticeable this effect will be.
Our advice for eliminating static electricity is to slightly dampen your hands and run them through your hair, avoiding the roots to prevent greasiness. This way, you can enjoy the benefits of your brush without experiencing static effects.

La Bonne Brosse offers three boar bristle hairbrushes to suit all hair types.

THE UNIVERSAL brush No. 1 is suitable for all hair types. Thanks to the keratin in boar bristles, this brush distributes sebum from roots to ends for hydrated and protected hair.

The No. 2 and No. 3 brushes both feature a mix of boar bristles and nylon pins.

The detangling brush No. 2 combines the benefits of boar bristles with those of nylon pins. It efficiently detangles hair while providing a stimulating scalp massage that improves blood circulation, promoting hair growth. This brush is ideal for normal to thick hair.

The ESSENTIAL SOFT brush No. 3 offers the same benefits, but its nylon pins have soft rounded tips, making it perfect for sensitive scalps.

Tips: For winter hairstyles, opt for accessories made of natural materials like organic cotton or velvet scrunchies instead of synthetic ones. This helps avoid static electricity.
Also, use a turban at night to protect your hair from friction, which can cause damage and static electricity.

 

 

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