The cape with elastic bands is made of light and soft anti-allergenic three-layer non-woven fabric.
Thanks to the material used, the drapery is highly breathable.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The three-layer textile upholstery consists of an upper fabric made using Nano Technology Yarn, NANO POLY FASLINK. The upper fabric of the drapery is similar in its properties to a nanofilter.
The half mask protects the user from airborne particles, oil aerosols, mist, fumes, etc. An exhalation valve pointing downwards at the bottom of the half mask prevents fogging or steaming of goggles or other protective equipment.