PIP G-Tek PolyKor 705CGNF Black/Green Large Cut-Resistant Gloves - ANSI A3 Cut Resistance - Nitrile Palm & Fingers Coating - 9.5 in Length - 705CGNF/L
662909-073235
R.S. Hughes carries a large selection of product shapes and sizes to help best meet your specific applications. Width, length & height are some of the more common measurements to consider. This item has a 9.5 in length. The PIP G-Tek PolyKor cut-resistant glove is made of glass/hppe/lycra/nylon, is packaged 1 dozen per inner pack, 12 dozen per case, comes in black/green and meets 29 CFR 1910.138, EN 388 4543 standards. R.S. Hughes sells a large variety of gloves designed for a variety of conditions and situations. This particular glove is made with offers an elastic cuff. When selecting a coated or partially coated SKU, be sure to get the coverage that works best for the job. In this case the coverage is on the palm & fingers. Additionally, assure you get the proper sizing. The size for this SKU is Large. These types of parts are designed for specific applications which feature ways of safeguarding & shielding itself and/or the user. This item is designed and manufactured such that it offers the following protection: Anti-Bacterial. Cut resistance is an extremely important part of getting the right cut-resistant gloves. This item comes with cut resistance level of ANSI A3.
Product Specifications
- Brand:PIP
- Product Type:Cut-Resistant Gloves
- Cut Resistance Level:ANSI A3
- Material:Glass / HPPE / Lycra / Nylon
- Resistant Properties:Puncture-Resistant
- Coating Material:Nitrile
- Size:Large
- Coating Coverage:Palm & Fingers
- Overall Length:9.5 in
- Puncture Resistance Level:EN 388 3
- Color:Black / Green
- Cuff Type:Elastic Cuff
- Protective Properties:Anti-Bacterial
- Gender:Unisex
- Special Features:Seamless Knit
- Package Quantity:1 dozen per inner pack, 12 dozen per case
- Glove Material Weight:10 ga
- Trade Name:G-Tek
- Sub-Trade Name:PolyKor
- Series:705CGNF
- Case Quantity:12 dozen per case
- Inside Quantity:1 dozen per inner pack
- Standards Met:29 CFR 1910.138; EN 388 4543