Occunomix LUX-SSETPBK-Y4X Hi-vis Work Shirt 4XL Yellow

Product Description

The OCCUNOMIX LUX-SSETPBK-Y4X is a high-visibility work shirt designed for jobsite environments where worker conspicuity is required by safety standards. Built from 3.8 oz polyester fabric, this shirt meets ANSI/ISEA 107-2010 compliance for high-visibility apparel. The moisture-wicking construction pulls sweat away from the skin, making it suitable for sustained physical work in warm or high-exertion conditions. A zipper closure provides a secure, adjustable fit, and the serged seam construction adds durability at stress points. At a 60-inch chest size in 4X-Large, it is sized for a full range of trade workers on active job sites.

This shirt is used in construction, road work, utilities, warehousing, and any outdoor or industrial environment where ANSI/ISEA 107-2010 high-visibility requirements apply. It is appropriate for workers who need to meet site safety requirements without sacrificing comfort during extended wear. The lightweight 3.8 oz polyester fabric makes it viable for warm-weather use. The single chest pocket provides minimal but functional storage for small tools or documents on the job.

Key Features

• Meets ANSI/ISEA 107-2010 high-visibility standard
• 3.8 oz polyester fabric with moisture-wicking performance
• Serged seam construction for added durability
• Zipper closure for secure and adjustable fit
• 60-inch chest in 4X-Large sizing
• Single chest pocket for on-site storage

Compatibility

Designed as an ANSI/ISEA 107-2010 compliant high-visibility garment for use in industrial, construction, and utility work environments requiring rated hi-vis apparel.

Installation Notes

No tools or power disconnection required for garment use. Verify that the garment meets the specific ANSI/ISEA visibility class required by the job site safety plan before deployment. Follow employer and site PPE policies when selecting high-visibility apparel class and color requirements. Launder per care label instructions to maintain reflective and color performance over time.