PIP G13CC/8PL Seamless Knit HPPE / Stainless Steel Blended Antimicrobial Glove is a lightweight, cut-resistant glove designed for food processing environments. It combines a seamless knit construction with a blend of high-performance fibers, including HPPE and stainless steel wire, to provide protection against common cuts and lacerations while maintaining a soft, flexible feel for all-day wear. The antimicrobial-treated fibers help inhibit odor and bacterial growth between launderings, supporting extended use in facilities that require hygienic handling. The glove is uncoated with a knit wrist cuff, and its lightweight profile promotes worker acceptance in tasks that demand dexterity and prolonged wear. The design supports direct food contact and aligns with FDA 21 CFR 177.2800, reflecting suitability for applications where gloves must meet food-contact safety requirements. Manufactured in the U.S.A., this model emphasizes a practical balance of protection, comfort, and ease of laundering, with color options available to assist in area designation or color-by-size strategies for efficient cleaning and maintenance.
Features:
- 13G seamless knit with poly/spandex plating for comfort
- Blend of UHPP fibers and stainless steel for cut protection
- Antimicrobial treated fibers to reduce odor and bacteria
- Lightweight and soft for greater wearer acceptance
- Uncoated, knit wrist for secure fit
- FDA 21 CFR 177.2800 compliant for direct food contact
- Made in the U.S.A.
- Liner Material:
- Antimicrobial, HPPE, Lycra, Stainless Steel Wire
- Color:
- Purple
- Sustainability:
- Recyclable via Terracycle Program, Reusable / Launderable
- ANSI Method:
- TDM
- ANSI Gram:
- 5457
- ANSI Cut Level:
- A8
- Coating:
- Uncoated
- Cuff:
- Knit Wrist
- Construction:
- Antimicrobial, Low-Lint, Machine Knit, Seamless Knit
- Weight:
- Lightweight
- Gauge:
- 13
- Packaging:
- Bulk Banded
- Taa Comp:
- 1
- Gender:
- Unisex Adult
- High Frequency:
- 0
- Medium Frequency:
- 0
- Low Frequency:
- 0
- Package Size:
- Each
- Case Quantity:
- 204