Barber Wrap Non-stick Hair Salon Hair Shaver Professional High-grade Hair Cape

• High-Grade Material :Crafted from premium materials, this Aosituoma Barber wrap ensures durability and longevity, providing a reliable choice for professional hair stylists.

• Non-Stick Design :The non-stick design of this hair shaver cape ensures a secure fit, preventing any hair strands from sticking to it during the trimming process.

• Professional Use :Ideal for barber shops and hair salons, this professional-grade cape meets the needs of both clients and stylists, ensuring a smooth and efficient haircut.

• Origin :Originating from Mainland China, this cape reflects the country's renowned craftsmanship, promising quality and reliability.

• Versatile Use :This cape is not only perfect for barber wraps but also suitable for other uses, offering versatility in its application.

• Easy to Use :With its user-friendly design, this cape is easy to wrap around the client's head, making it a convenient addition to any hair salon.

product information

features：

The retro style is comfortable/breathable and stylish/trendy

Quality fabric high-end atmosphere grade

Comfortable and breathableWaterproofThin and lightSmooth non-stick hair

Large size is comfortableA smart choice from a fine-craft hairstylist

Quality fabricWaterproof process, resistant to dirt, not afraid of penetration, non-stick hair

High density water fiber fabric, breathable and waterproof wear is not hot.

Knitting density is high and non-stick

Metal gear buckle Thick gear buckle, tight buckle is not easy to loosen

Elastic elastic collar Elastic elastic collar with gear buckle, effectively prevent hair leakage

The fine and firm turning of the cloths ensures that the cloths are durable

specification：

Product name: Striped bib

Weight: 0.121kg

Color: black and white stripes

Note:

Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!

Please allow 1-2cm measuring deviation due to manual measurement.