Ergodyne 24458 Class E Thermal Pants Lime 4XL

Product Description

The ERGODYNE 24458 is a Class E high-visibility thermal pant designed for workers in low-visibility and cold-weather conditions. Built with a weatherproof outer shell of 100 percent polyester featuring a breathable PU coating, the pant incorporates 80g 3M Thinsulate lining for insulation without excessive bulk. Two strips of Level 2 ANSI-certified 3M Scotchlite reflective tape run the legs to meet high-visibility requirements. Sized at 4XL, this pant is intended for construction, road crews, utility workers, and other trade professionals who need compliant hi-vis outerwear in demanding field conditions.

The 24458 is suited for outdoor jobsites where both cold-weather protection and ANSI Class E high-visibility compliance are required. Class E pants pair with a Class 2 or Class 3 upper garment to achieve a full Class 3 ensemble rating. Two side pockets provide tool and accessory storage. The lime colorway meets standard hi-vis requirements for daytime and low-light visibility. Available in sizes S through 5XL, this model is the 4XL variant in lime.

Key Features

• ANSI Class E rating meets high-visibility compliance for lower-body garments
• Weatherproof 100 percent polyester outer shell with breathable PU coating
• 80g 3M Thinsulate insulation lining for cold-weather performance
• Level 2 ANSI-certified 3M Scotchlite reflective tape on legs
• Two side pockets for on-site storage
• Lime colorway for standard hi-vis visibility requirements

Compatibility

Designed as an ANSI Class E compliant lower-body garment that pairs with a Class 2 or Class 3 high-visibility upper to form a full Class 3 hi-vis ensemble.

Installation Notes

Donning and inspection of high-visibility garments should follow the employer safety program and applicable ANSI/ISEA 107 requirements. Inspect reflective tape before each use for degradation, soiling, or damage that could reduce retroreflectivity. Launder according to garment care instructions to maintain tape performance and outer shell integrity over time.