PIP 41-005 Seamless Knit Polypropylene Glove - 13 Gauge

The PIP 41-005 Seamless Knit Polypropylene Glove is a versatile hand protection option designed for comfort and practicality in cold-weather tasks. The seamless knit construction provides a smooth fit that reduces irritation during extended wear, while the polypropylene material helps wick moisture away from the skin to keep hands warmer, drier, and more comfortable in damp or cool environments. An ambidextrous pattern extends glove life and reduces inventory needs by allowing use on either hand, and a knit cuff helps prevent dirt and debris from entering the glove during use.

This glove offers notable warmth and quick moisture evaporation from the skin, with a softness that minimizes chafing. It is launderable, supporting extended service life and lower replacement costs in settings where frequent cleaning is necessary. The gloves are blue and available in configurations suitable for bulk ordering, with a dozen per package and 24 dozen per case, and customization options are listed for custom print gloves if you need branding or labeling on the gloves.

Typical applications include serving as a standalone glove for cold-weather handling tasks or functioning as a liner within more protective outer gloves. When selecting this product, consider the need for warmth, moisture management, and the value of ambidextrous wear to extend glove life. The packaging details indicate economies of scale for larger operations, and the launderable design supports regular cleaning without compromising fit or comfort.

Features:

• Seamless construction for a comfortable fit
• Polypropylene helps keep moisture away from the hands, keeping hands warm, dry and comfortable
• Ambidextrous pattern permits glove to be worn on either hand, extending wear and reducing costs
• Knit wrist helps prevent dirt and debris from entering the glove
• Excellent thermal insulation
• Quickly evaporates moisture from the skin
• Extra softness for non-chafing comfort
• Launderable for extended life and to reduce replacement costs