Farjana

When you brush your hair, electrons move to the brush, giving it a negative charge. Your hair ends up with a positive charge, creating attraction to the brush. This attraction … Read More

Brushing your hair creates friction. This friction can produce static electricity, which makes your hair look straighter by removing its natural waves and curls. To help reduce frizz and maintain … Read More

Your hair becomes electric when you brush it because of static electricity. This usually happens when your hair is dry, especially in winter months. Cold winds and indoor heat reduce … Read More

Nylon bristle brushes are suitable for fine hair. They gently smooth strands and minimize breakage. These brushes distribute natural oils, promoting healthy hair. Additionally, nylon bristles enhance styling without causing … Read More

When you brush your hair, friction occurs, especially with plastic combs. This friction creates static electricity. Different fabrics or hats can also increase static. Additionally, your hair type and moisture … Read More

Boar bristle brushes are gentle on hair and do not cause breakage. They distribute natural oils and stimulate the scalp, which can promote hair growth. However, they may not detangle … Read More

Blow drying brushes can harm hair by causing heat damage and mechanical stress. Use them on mostly dry hair with a leave-in conditioner to protect your hair health. Avoid ceramic … Read More

Hair shedding is normal. Losing 50-100 strands daily when brushing or washing is expected. Increased loss may occur due to stress, vitamin deficiencies, or thyroid disorders. Use gentle brushing techniques … Read More

When you brush your hair, friction transfers electrons and creates static electricity. This effect is stronger in dry air since low humidity keeps the charge from disappearing. To minimize static, … Read More

Brushing causes frizz by disturbing your hair’s natural pattern. It lifts the cuticle and creates static. To reduce frizz, use a wide-tooth comb or a detangling brush on wet or … Read More