Blaklader Women's Flame Retardant Undershirt, 7213-1075
If you're after reliable thermal undershirt protection with genuine quality, this Blaklader flame retardant women's undershirt delivers exactly that. Built from a premium blend of 68% merino wool, 30% modacrylic and 2% antistatic fibres, this multinorm undershirt keeps you comfortable whether you're working indoors or outdoors. The merino wool naturally regulates your body temperature in both wet and dry conditions, whilst the inherently flame retardant construction provides consistent protection. Contrast stitching runs along the side seams, and the ribbed crew neck and sleeve cuffs offer a secure, ergonomic fit. This is quality underwear that won't let you down when it matters.
Key Features
- Inherently flame retardant merino wool blend construction
- Temperature regulation in wet and dry working conditions
- Contrast seam stitching with ribbed neckline and cuffs
- Meets strict multinorm safety standards and certifications
Recommendations from our Unishore Expert
As a professional thermal undershirt, this piece has been designed to work hard underneath your outer layers. The merino wool blend responds brilliantly to temperature fluctuations, so you stay regulated whether conditions change or you're moving between heated and cold environments. The antistatic properties work alongside the flame retardant construction to give you layered protection in hazardous situations. This is genuine premium undergarment quality, and it's built to handle demanding professional work without compromising on comfort. Wash on a synthetic cycle at 60°C to maintain performance.
Product Features
- Material - 68% merino wool, 30% modacrylic, 2% antistatic fibres, merino interlock, flame retardant, 225 g/m²
- Fit - Slim Fit
- Length - Normal
- Sleeve length - Long sleeve
- Article number - BL7213-1075
Standards and Safety
- Flame retardant protection against surface flames and convection heat, EN ISO 11612 A1, B1, C1
- Electric arc protection up to Class APC 1 rating, IEC 61482-2
- EBT thermal protection at 7.3 cal/cm², ELIM at 6.2 cal/cm²
- Antistatic properties prevent static buildup in hazardous environments, EN 1149-5