Nitrylex PF Black Powder-Free Nitrile Gloves, Black, 3.7 g, M, 100 pcs

Nitrylex PF Black Nitrile Gloves 3.7 g are disposable, powder-free protective gloves designed for professional use in beauty salons, tattoo studios, permanent makeup clinics, cosmetology practices, and dental offices.

Made from synthetic nitrile, these gloves contain no natural latex and are suitable for individuals sensitive to latex proteins. The material offers flexibility, durability, and resistance to mechanical stress. Textured fingertips provide a secure grip on instruments and support precise movements during procedures.

The nominal weight of one size M glove is 3.7 g. The gloves fit comfortably around the hands, while the flexible material helps reduce hand fatigue during extended use.

Key Benefits:

• Durable and flexible nitrile material.
• Free from natural latex and powder.
• Textured fingertips for a secure grip on instruments.
• Resistance to punctures and mechanical damage.
• Protection against selected chemicals, oils, and greases.
• Comfortable fit for professional use.
• Ambidextrous design suitable for either hand.
• Beaded cuff for easy donning.
• Professional black color.

Applications:

• Tattooing and permanent makeup.
• Cosmetology and beauty salons.
• Manicure and pedicure services.
• Dental practices.
• Cleaning and surface sanitation.
• Handling professional tools and cosmetic products.

Specifications:

• Brand: Nitrylex.
• Model: PF Black.
• Type: examination, protective, non-sterile.
• Material: nitrile.
• Color: black.
• Powder: powder-free.
• Surface: textured fingertips.
• Nominal weight: 3.7 g (one size M glove).
• Cuff: beaded.
• Design: ambidextrous.
• Package quantity: 100 pcs.
• Usage: single-use.

Important: these gloves are non-sterile and intended for single use. Chemical resistance depends on the substance, its concentration, and exposure time. Always verify that the gloves are suitable for the intended application.

The actual product shade may vary slightly from the photographs due to screen settings and lighting conditions.