Airgas - PF33016-XL - HexArmor® X-Large Helix® 21 Gauge High Performance Polyethylene And Nitrile Cut Resistant Gloves With Foam Nitrile Coated Palm And Fingertips

HexArmor® X-Large Helix® 21 Gauge High Performance Polyethylene And Nitrile Cut Resistant Gloves With Foam Nitrile Coated Palm And Fingertips

Airgas Part #:PF33016-XL

Manufacturer Part #:3016-XL (10)

$NA.NA /NA

Pair

Knit: 21-gauge, ultra-thin HPPE/steel blend shell provides 360° cut resistance
Coating: Lightweight foam nitrile palm coating that provides a superior grip in dry or oil situations
Sewn-on back-of-hand IR-X® Impact Exoskeleton™ with high-flex design
Reinforced thumb saddle area
Silicone-free for reduced skin irritation
Touchscreen capabilities
Elastic knit wrist helps prevent dirt and debris from entering the glove
Ultimate dexterity and tactility
Seamless construction for enhanced comfort and breathability
Launderable for extended life
Vend-packed
Performance ratings comply with ANSI/ISEA 105-2024 and ANSI/ISEA 138-2019
Learn more about Helix® technologies here

HexArmor hand, arm, and body products that are labeled as cut and/or puncture resistant, are NOT cut and/or puncture PROOF.
Products are designed for specific applications and are marketed towards these applications.
Customers should take extra care in choosing products and applicable applications before use.
User shall be exclusively responsible for fitting the product properly and assessing the suitability of the product as specified for any individual application or use.
Contact HexArmor to help determine proper use of products.
ALWAYS CONDUCT A SAFE TEST PRIOR TO USING PRODUCTS IN AN APPLICATION.

ANSI Cut Level

» A4

Coating

» Foam Nitrile

Glove Size

» 10
» X-Large

Material

» High Performance Polyethylene
» Nitrile

Trade Name

» Helix®

Color

» Blue
» Black
» Yellow

Glove Weight

» 21 Gauge

Coating Location

» Palm And Fingertips

Finish

» Textured

Cuff Type

» Knit

Lining

» High Performance Polyethylene

ANSI Puncture Level

» 2

ANSI Abrasion Level

» 5

ANSI Impact Level

» 2

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