Mcr Safety 500RPWX2 Hi-viz Rain Pants Class E 2XL

Product Description

The MCR SAFETY 500RPWX2 is a high-visibility rain pant designed for outdoor work in wet conditions. Constructed from polyester with a polyurethane coating, these pants deliver water resistance while maintaining the high-visibility lime color required for Class E certification. The snap closure provides a secure, quick-adjust fit over work clothing. At 15.81 ounces of material weight, the construction balances durability with packability. Intended for installation crews, road workers, utility technicians, and other trade professionals who work in active traffic or low-visibility environments during rain or inclement weather.

These rain pants are suited for roadway construction, utility maintenance, and site work where ANSI high-visibility garment requirements apply. The Class E rating makes them a compliant lower-body component when paired with a Class 2 or Class 3 upper garment to achieve a full Class 3 ensemble per ANSI standards. They are appropriate for residential and commercial job sites where DOT or site safety programs mandate hi-viz outerwear in wet weather conditions.

Key Features

• High-visibility lime color meets Class E certification requirements
• Polyester shell with polyurethane coating provides rain and moisture resistance
• Snap closure for fast on and off over existing work gear
• 15.81 oz material weight balances durability with lightweight wearability
• No pockets to maintain a clean, snag-resistant profile in active work zones

Compatibility

Designed as a Class E compliant lower-body rain garment for use as part of a complete high-visibility ensemble in ANSI-regulated work environments.

Installation Notes

These pants are donned and removed by trade workers in the field and require no tools. Launder per garment care label instructions to maintain hi-viz color performance and water-resistant properties. Inspect the polyurethane coating periodically for cracking or delamination, which can reduce water resistance. Compliance with ANSI Class E lower-body requirements should be verified against current site safety or DOT program specifications.