0
1
2
3
4
5

Brogue Shoes Black S3 SRC


£35.99 Inc VAT (20%)

See 8 Product Variants
£35.99

Description

These Brogue Safety Shoes from the Halo® PPE range have been designed with comfort and performance in mind. Halo® products are manufactured to suit a diverse workforce and ensure everyone is protected.

These stylish leather brogue safety shoes perfectly complement both smart and casual office wear. The lightweight impact and perforation safety features make these shoes an excellent choice for a range of different workplace settings. While the comfortable EVA footbed and energy-absorbing heels reduce muscle and joint fatigue to keep you on the move.

By choosing Halo® you are supporting worthwhile charities including Mind for Mental Health and The Diversity Trust. Where possible, single-use plastic bags have been removed from Halo® packaging to reduce our impact on landfill and on the environment.

Features and Benefits
• EVA full-length footbed provides increased comfort
• Manufactured from resilient materials for product longevity
• Lightweight composite toe cap delivers up to 200J of impact protection
• Water-resistant leather upper helps to keep the feet dry when moving between wet locations
• Polyurethane sole is resistant to oil, water and grease and is highly durable
• Aramid fibre midsole prevents penetration injuries to the foot
• Energy absorbent heel reduces foot and leg fatigue
• Unisex design for inclusive wear for everyone
• Available in varying colours and sizes to suit your needs
• Supplied with a spare pair of laces for convenience

Typical Applications
• Office
• Warehouse

Standards
• Halo® products are BSI tested
• EN ISO 20345:2011 S3 SRC

See full description

Feature Attributes

Colour:
Black
Wide Fitting:
No
Slip Resistance Rating:
SRC
Standards Met:
EN ISO 20345, 2011 S3 SRC
Resistance Features:
Shock Absorption,Anti-Static,Water-Resistant
Safety Classification:
S3
More attributes

We suggest upgrading to Chrome

to enjoy all the features of this site.
Please download the latest version of Chrome