WURTH - Disposable Gloves - Black - Nitrile Power-Free - Large - Box of 100

Würth Black Nitrile Powder-Free Disposable Gloves – Size L

DESCRIPTION

Würth Black Nitrile Disposable Gloves are designed to provide reliable hand protection for food handling, automotive work, cleaning, maintenance and general professional use.

Made from durable nitrile and manufactured using a silicone-free process, these gloves help reduce the risk of contamination on sensitive surfaces. They are powder-free for cleaner handling and contain no allergenic latex proteins, making them a practical alternative to traditional latex gloves.

The ambidextrous design allows each glove to be worn on either hand, while the black finish provides a clean, professional appearance and helps conceal dirt, grease and stains during use.

KEY FEATURES AND BENEFITS

• Durable nitrile construction
• Powder-free for cleaner use
• Tested as suitable for food handling
• Manufactured using a silicone-free process
• Free from allergenic latex proteins
• Suitable for users seeking an alternative to latex gloves
• Ambidextrous design
• Can be worn on either hand
• Professional black finish
• Helps conceal grease, dirt and stains
• Suitable for disposable single-use protection

SUITABLE APPLICATIONS

Ideal for:

• Food preparation and handling
• Automotive repairs
• Vehicle detailing
• Cleaning tasks
• Mechanical work
• Workshop maintenance
• General professional use
• Handling oils, grease and dirt
• Jobs requiring hygienic disposable hand protection

PRODUCT INFORMATION

• Brand: Würth
• Material: Nitrile
• Colour: Black
• Size: Large
• Type: Disposable gloves
• Powder-Free: Yes
• Latex Protein-Free: Yes
• Silicone-Free Manufacturing Process: Yes
• Ambidextrous: Yes
• Food-Safe Tested: Yes

IMPORTANT INFORMATION

Select the correct glove size before use and inspect each glove for damage, punctures or tears.

Replace gloves immediately if damaged or heavily contaminated. These gloves are intended for disposable use and should not be reused.

Always confirm suitability for the specific substances and working conditions involved.