Add an extra layer of flame-resistant protection with the NSA Carbon Armour™ FR Base Layer Pant. Crafted from 6 oz. CARBON ARMOUR™ AV, these pants are engineered to provide reliable arc flash and heat protection while ensuring comfort during long, high-heat workdays. With an Arc Rating of 12 cal/cm² and CAT 2 protection, these pants meet the most rigorous ASTM F1506, NFPA 70E, and CSA Z462 compliance standards for workers in arc flash and high-heat environments.

Designed to be worn under your primary PPE, these base layer pants offer inherent flame resistance that will not wash or wear out over time, ensuring continued protection. The pants are soft, breathable, and lightweight, with moisture-wicking and quick-drying properties to keep you comfortable in hot conditions. The rib-knit cuff bottoms and front fly design offer additional comfort and ease of movement.

Made in the USA, the NSA Carbon Armour™ FR Base Layer Pant is the ideal choice for industries such as electrical, utilities, and manufacturing, where arc flash and heat exposure are prevalent.

Key Features:

• Inherent Flame Resistance: Protection that lasts – will not wash or wear out.

• Arc Rating: 12 cal/cm² for arc flash protection.

• CAT 2 Protection: Meets NFPA 70E and ASTM F1506 standards.

• Moisture Wicking & Quick Drying: Keeps you cool and dry in hot, high-heat settings.

• Comfortable Fit: Soft, breathable, and lightweight fabric with rib-knit cuff bottoms and front fly for easy wear.

• Made in the USA: High-quality construction for lasting durability and compliance.
  
  

Compliance:

• ASTM F1506: Arc Flash Protection for Industrial Applications

• NFPA 70E: Arc Flash Safety Standards

• CSA Z462: Arc Flash Compliance for Canada

• OSHA 1910.269: Compliance for Electrical Workers
  
  

Product Care:

• Machine wash cold (Max 105°F / 41°C) with like colors.

• Do not use bleach, chlorine, or hydrogen peroxide. Avoid fabric softeners.

• Tumble dry low (Max 140°F / 60°C).

• Turn garment inside out before washing.

• Follow the care instructions to ensure long-lasting flame-resistant performance.