BATA Lady Cotton Work Socks 131213001 Size 35–38 ESD Antibacterial Silver Thread Women's Work Socks

BATA Lady Cotton Work Socks 131213001 Size 35–38 ESD Antibacterial Silver Thread Women's Work Socks

$20 (USD)

Location:Germany

Available quantity:99

Description

The BATA Lady Cotton Work Socks, model 131213001, are designed for industrial and professional environments where comfort and hygiene are paramount. These socks fit women's sizes 35–38 and feature an ergonomic design tailored to women, ensuring a secure and comfortable fit. Made with a 51% cotton-rich fabric, they offer natural softness and breathability, with effective moisture regulation to keep feet dry throughout the day. Incorporated silver threads provide reliable antibacterial protection, minimizing odors and enhancing cleanliness. These socks are ESD-compatible when paired with appropriate footwear, making them suitable for electronics manufacturing and other environments sensitive to electrostatic discharge. A cushioned terry cloth sole offers additional comfort by reducing foot fatigue, making these socks ideal for long working hours. The blend of Pro-Cool® Polyester, Polyamide, and Lycra® Elastane in the composition ensures flexibility and a supportive fit. With BATA's reputation for quality workwear, these socks are an excellent choice for women in technical workshops, manufacturing facilities, and offices requiring dependable and hygienic foot protection.

Specifications

ManufacturerBATA
Model131213001 / 35-38
Year2025
ConditionNew
Stock NumberBATA-LADY-COTTON-35-38
* • ApplicationWorkwear / PPE
* • ConditionNew
• TypeWorkwear socks (ESD compatible)
• ManufacturerBATA
* • Year2025
• ProductLady Cotton Work Socks
• SizeS (35–38)
* • SoleTerry cloth for cushioning
• Model131213001 / 35–38
* ConditionNew
* SizeS (35–38)
* ProductLady Cotton Work Socks
* ApplicationWorkwear / PPE
* Product TypeWomen's ESD-Compatible Work Socks
* Model131213001/35-38
* Stock NumberBATA-LADY-COTTON-35-38
* GenderFemale
* ManufacturerBATA
* SoleTerry Cloth Cushioning
* Year2025