Women's wig Hawaii Mono Lace Deluxe Small from Mayer Hair

The Hawaii Mono Lace Deluxe Small women's wig by Mayer Hair is a beautiful and voluminous wig that can instantly add glamour to your look. It is an improvement on the Hawaii wig from the same company and is designed for smaller head circumferences of 52-54cm (size S).

The voluminous bob cut is trendy and brings volume into play.

Structure of the Hawaii Mono Lace Deluxe Small

The Hawaii wig is made of high-quality synthetic hair and offers incredible fullness and texture. The wig is 100% hand-knotted. The straight hair was individually worked into monofilament and the wig is also equipped with a lace front on the forehead, which justifies the higher price. The lace front perfectly conceals the wig's roots so that it is not noticeable that it is a wig. The bangs can also be styled in different directions. The monofilament also makes it possible to pull the parting in different directions.

Care instructions for the Hawaii Mono Lace Deluxe Small wig:

Careful styling:

Use a wig brush or wide-toothed comb to gently detangle the wig.

Start at the end of the hair and slowly work your way up.

Style the wig carefully with your fingers.

Avoid using heat sources such as hair dryers, straighteners or curling irons as this can damage the synthetic hair.

Cleaning:

Fill a bowl with lukewarm water and add a little wig shampoo.

Carefully dip the wig into the water and squeeze gently to remove dirt and residue.

Rinse the wig thoroughly under lukewarm water.

Avoid strong friction to avoid damaging the hair fibers.

Drying and storage:

Place the wig on a towel to pat it dry a little.

Allow the wig to air dry.

Store the wig on a stand to prevent it from stretching.

It is important to follow the manufacturer's specific care instructions as these may vary depending on the type and material of the wig. Read the included care instructions carefully or consult a wig professional to ensure you are taking the best care of your Hawaii Mono Lace Deluxe Small wig and maximizing its lifespan.