Pip 323-1370B-LY/XL Hi-vis Fleece Hoodie Class 3 Xl

Product Description

The PIP 323-1370B-LY/XL is a Class 3 high-visibility fleece hooded sweatshirt designed for workers operating in low-light or high-traffic environments. Built in X-Large sizing with a full-length zipper closure and long sleeves, this garment meets Class 3 hazardous protection requirements, making it appropriate for roadway construction crews, utility workers, and site supervisors who need to remain visible throughout a shift. The fleece construction provides warmth without sacrificing the high-visibility color blocking required by safety standards. It weighs approximately 2 pounds and ships as a single unit.

This sweatshirt is suited for outdoor and industrial worksites where ANSI Class 3 high-visibility outerwear is mandated by site safety plans or regulatory requirements. The black and high-visibility yellow colorway provides the contrast needed for daytime and low-light recognition. Typical users include highway maintenance crews, traffic control personnel, utility lineworkers, and general contractors working near vehicle traffic. The hooded design and fleece material make it a practical layering piece for cold-weather job sites.

Key Features

• ANSI Class 3 hazardous protection level for maximum high-visibility compliance
• Fleece construction for warmth in cold-weather work environments
• Full-length zipper closure for easy on and off over work gear
• Long sleeves provide full arm coverage
• High-visibility yellow and black colorway meets contrast requirements
• Hooded design for added head and neck protection from elements

Compatibility

Designed as an OEM-style replacement or standard-issue high-visibility sweatshirt for X-Large sizing applications in Class 3 safety garment programs.

Installation Notes

No installation is required for this garment. Safety managers and workers should verify that this garment meets the specific ANSI or site-mandated high-visibility standard before use. Inspect the garment regularly for fading, damage, or soiling that may reduce retroreflective or fluorescent performance, and replace it when visibility is compromised.