Youngstown 09-9083-10-XXL Cut Resistant Gloves 2XL

Product Description

The YOUNGSTOWN 09-9083-10-XXL is a pair of cut-, puncture-, and abrasion-resistant mechanics-style gloves engineered for trade professionals who work around sharp materials, metal edges, and rough surfaces. Built with a Kevlar primary shell, they carry an ANSI/ISEA Cut Resistance Level of A5, an ANSI/ISEA Puncture Resistance Level of 4, and an ANSI/ISEA Abrasion Resistance Level of 4. The uncoated design retains tactile sensitivity while the high-visibility lime and black colorway improves jobsite visibility. Overall length is 11.2 inches. These gloves are sized for 2X-Large mens hands and 3X-Large womens hands and are sold as a pair.

These gloves are suited for use in HVAC, plumbing, electrical, mechanical, and general construction trades where handling sheet metal, conduit, pipe, or other abrasive and sharp-edged materials is routine. The slip-on cuff style allows for quick donning and removal in the field. The high-visibility lime coloring makes them practical for outdoor or low-light work environments where hand position and PPE compliance matter.

Key Features

• ANSI/ISEA Cut Resistance Level A5 for protection against sharp edges and metal burrs
• ANSI/ISEA Puncture Resistance Level 4 rated Kevlar construction
• ANSI/ISEA Abrasion Resistance Level 4 for durability on rough surfaces
• Uncoated design preserves dexterity and grip feel
• High-visibility lime and black colorway for jobsite visibility
• Slip-on cuff style for fast on-and-off access
• Sold as a pair; fits mens 2X-Large and womens 3X-Large

Compatibility

Designed as a PPE replacement glove for trade professionals requiring ANSI/ISEA A5 cut resistance in mechanics-style hand protection; part of the YOUNGSTOWN 09-9083-10 series.

Installation Notes

Inspect gloves before each use for cuts, tears, or wear that may compromise protection ratings. Follow applicable OSHA and site-specific PPE requirements for hand protection selection and use. Replace gloves when visible damage, thinning, or degradation of the Kevlar shell is observed. Do not use gloves to handle energized electrical components unless rated and labeled for electrical hazard protection.