Description
Portwest Steelite TaskForce Boot S3 HRO – Black
The Portwest Steelite TaskForce Boot S3 HRO – Black is engineered for professionals requiring maximum safety, durability, and comfort. Designed for military, security, and demanding work environments, this boot delivers reliable protection while ensuring ease of movement and all-day comfort.
Key Features
- Lightweight dual-density EVA and rubber outsole, heat resistant up to 300°C
- Breathable inner lining for comfort during extended wear
- Padded collar enhances comfort and support
- Angled top line improves fit and leg flexibility
- Rear pull-tab for easy on and off
- Protective steel toecap and pierce-resistant steel midsole
- Anti-static properties
- Energy-absorbing heel region
- Water-resistant upper
- SRC-rated slip-resistant outsole for ceramic and steel surfaces
- Fuel and oil-resistant outsole
- Dual-density sole unit
- Wide fitting
- CE certified
- UKCA marked
Compliance with Industry Standards
Certified by Intertek Italia S.p.A.
Complies with EN ISO 20345:2011 S3
Standards
Intertek Italia S.p.A.
EN ISO 20345:2011 S3
Specifications
- Weight: 0.999 kg
- Colour: Black
- Country of Origin: China
- Outsole: EVA / Rubber
- Upper Material: Action Leather + Mesh
Specifications are subject to change. See Terms & Conditions for more information.
Key Features
Ecovadis Silver Sustainability Rating (2022)
Portwest has been independently rated by Ecovadis for its environmental, social, and ethical performance and achieved a Silver rating, placing the company in the top 25% of globally rated organisations. Assessment covers environmental impact, labour practices, human rights, ethics, and sustainable procurement.
CE Certified
Meets essential health and safety requirements under European Directives.
UKCA Marked
Complies with UKCA marking requirements; mandatory for products placed on the UK market from January 2023.
Breathable Construction
Manufactured with high-performance breathable materials for comfort.
Padded Design
Padding traps heat and enhances comfort during wear.
