Pip 310-1100-LY/2X Hi-vis Work Shirt 2XL Polyester Yellow

Product Description

The PIP 310-1100-LY/2X is a high-visibility work shirt designed for job sites where worker visibility is a safety requirement. Constructed from polyester fabric, this shirt features a zipper closure and is finished in high-visibility yellow. It is sized at 2X-Large and built for use in environments where workers must be seen clearly by equipment operators, drivers, or other site personnel. Typical wearers include road construction crews, utility workers, warehouse staff, and other trades working in high-traffic or low-light conditions.

This shirt is suited for general industry applications where high-visibility outerwear is required or recommended by site safety protocols. The polyester construction offers durability and resistance to repeated washing while maintaining the bright yellow coloration needed for visibility compliance. It is appropriate for residential and commercial jobsite use where site safety programs mandate hi-vis garments.

Key Features

• High-visibility yellow colorway for enhanced worker conspicuity on active jobsites
• Polyester fabric construction for durability and colorfastness through repeated laundering
• Zipper closure for quick donning and removal
• 2X-Large sizing for a comfortable fit over base layers or light work clothing
• Non-hazardous protection classification suitable for general industry use

Compatibility

Designed as a general-purpose high-visibility work shirt for use in standard industrial and construction environments that require hi-vis outerwear per site safety programs.

Installation Notes

No tools are required to don or doff this garment. Follow site-specific PPE programs and applicable OSHA or employer safety guidelines when determining the appropriate class of high-visibility apparel required for the work environment. Inspect the garment prior to each use for damage or fading that could reduce visibility effectiveness. Launder according to care label instructions to maintain fabric integrity and color brightness.