noscriptPerf Libertine Low Women's Composite Safety Shoes, Size 4, Black, Leather Upper, Polycarbonate Toe Cap, S3, EN ISO 20345:2011 PB203-BLK-04 | TED

Perf

Libertine Low Women's Composite Safety Shoes, Size 4, Black, Leather Upper, Polycarbonate Toe Cap, S3, EN ISO 20345:2011

SKU:

PBL9631203C

MPN:

PB203-BLK-04

€96.59

Ex VAT

€118.81

Inc VAT

OUT OF STOCK

    Product Details

    PB203
    Black, breathable, Full Grain Super Soft Tumbled Leather upper. Abrasion Resistant, Moisture Wicking Textile inner lining. Polycarbonate Toe Cap Resistant to 200J. Textile Pierce Resistant Midsole - Min. 1100N. Lightweight Dual Density Parabolic PU/PU Soling System with Anti-static Properties, Shock Absorption, Heat Resistance to 120°C and SRC rated Slip Resistance. Footbed - Moisture Wicking, Breathable, and Washable Footbed. Suitable for most industrial applications. Typical applications include warehousing, manufacturing and distribution. The textile midsole makes the boot ideal for driving as the shoe is very lightweight and flexible.


    Product Documents
    Product Specification
    Attribute
    Value

    Ankle Protection

    No

    Anti-Static Protection

    Yes

    Brand

    Perf

    Closure Type

    Laces

    Colour

    Black

    EAN

    3237154023372

    ECLASS Code

    40011300

    ESD

    No

    Gender

    Women

    Ladder Grip

    No

    Metal Free

    Yes

    Metatarsal Protection

    No

    MFR Part No.

    PB203-SZ04

    Midsole Material

    Textile

    Product Type

    Composite Safety Shoes

    Resistance Features

    Heat-Resistant Puncture-Resistant Shock Absorption Slip-Resistant

    Safety Classification

    S3

    Series

    Libertine Low

    Shoe Size

    4

    Slip Resistance Rating

    SRC

    Sole Material

    Polyurethane

    Standards Met

    EN ISO 20345:2011

    Toe Cap Material

    Polycarbonate

    Toe Impact Protection

    200J

    UNSPSC Code

    46181605

    Upper Material

    Leather

    Vegan

    No

    Wide Fitting

    No