BLAKLADER 7213 Women's Flame Retardant Thermal Shirt Black Size XXL 68% Merino Wool EN ISO 11612

BLAKLADER 7213 Women's Flame Retardant Thermal Shirt Black Size XXL 68% Merino Wool EN ISO 11612

Location:Germany

Available quantity:99

Description

The BLAKLADER 7213 Women's Flame Retardant Thermal Shirt is a specialized protective base layer designed for women. Constructed with 68% merino wool, this shirt offers excellent thermal insulation and moisture-wicking capabilities, ensuring comfort in various working conditions. The merino wool component also helps regulate body temperature and retains warmth even when wet, making it suitable for challenging environments. Certified to EN ISO 11612, EN 1149-5, and IEC 61482-2 standards, this garment provides flame-retardant protection and antistatic properties, with an Arc Thermal Performance Value (ATPV) of 7.3 cal/cm². These features make it ideal for professionals in sectors such as electrical utilities, oil and gas, and industrial manufacturing. The ergonomic design ensures a feminine fit with unrestricted movement, suitable for both indoor and outdoor use. Available in black and size XXL, this thermal shirt is machine washable at 60°C on a delicate cycle, ensuring easy maintenance. It is new and forms part of Blaklader's high-quality range designed for professionals requiring reliable, comfortable, and protective clothing in hazardous work environments.

Specifications

ManufacturerBLAKLAEDER
Model721310759900
Year2025
ConditionNew
Stock NumberBLAKLADER-721310759900
* Color code9900
* Available sizesXS-XXXL
* GenderWomen
* Model7213
* SizeXXL
* ColorBlack
* Quality1075
* SeasonWinter
* • Stock NumberBLAKLADER-721310759900
• Arc Rating (EBT)7.3 cal/cm²
• Moisture WickingYes
• GenderWomen
• ManufacturerBLAKLADER
• ConditionNew
• Machine Washable60°C (Delicate Cycle)
• Material68% Merino Wool
• Model721310759900
• Thermal InsulationYes
• Product Line7213
• Available SizesXS–XXXL
• ColorBlack
• Color Code9900
• Flame RetardantYes
• AntistaticYes
• SizeXXL
• SeasonWinter
• Year2025