Product Overview
The BE-STRONG TOP S3 HRO CI HI SRC is a substantial and robust ankle shoe designed for professionals who operate in the most demanding industrial environments. As part of the Classic Plus collection, this footwear is engineered to provide a comprehensive shield against workplace hazards while maintaining a focus on long-term foot health. It features a water-resistant upper and a sophisticated anti-torsion system, ensuring that your feet remain stable and dry regardless of the terrain or conditions underfoot.
Key Features
- SlimCap Toe-Cap: This component offers 200 joules of impact protection. By utilising a low-profile design, it provides the necessary safety without the excessive bulk or weight often found in traditional protective footwear.
- SmellStop Antibacterial Lining: The internal lining is treated to be both anti-odour and antibacterial, which is essential for maintaining a healthy foot climate and extending the life of the shoe during intensive use.
- Fresh’n Flex Puncture Resistance: An integrated insole provides a reliable barrier against sharp objects penetrating the sole, ensuring complete underfoot protection without sacrificing flexibility.
- HRO Heat Resistant Outsole: The sole is specifically designed to resist heat up to 300°C for one minute, making it an ideal choice for surfaces with extreme temperatures.
- Thermal Insulation (CI & HI): These boots are rated for both cold insulation down to -17°C and heat insulation up to 150°C, providing a versatile solution for varying climates.
Design & Performance
Performance is at the heart of the BE-STRONG TOP, featuring an AirTech double-density PU and HRO rubber outsole. This Life Plus Technology is designed to provide exceptional anti-fatigue properties; the double-density construction absorbs energy in the heel region, which significantly reduces the impact on your joints and lower back during long shifts on hard standing. The inclusion of an overcap embedded directly into the sole enhances the durability of the toe area, preventing premature wear for those who often work kneeling or in abrasive conditions.
Why No Customisation?
As this is a high-specification piece of safety footwear, we do not offer customisation options such as embroidery or printing. Modifying the upper material could compromise the S3 water-resistance rating or interfere with the structural integrity of the safety components. To ensure that this equipment provides the full level of protection as certified by European standards, it is supplied in its original, engineered form.
Use Cases
This sturdy boot is perfectly suited for heavy construction, civil engineering, and roles within the petrochemical or metalworking industries. Given its high heat resistance and insulation ratings, it is also a sensible choice for asphalt workers or those working in cold storage facilities where temperature regulation is a primary concern.
Why MyWorkwear
Since 1976, MyWorkwear has been providing the UK workforce with dependable protective clothing and equipment. Based in Telford, we pride ourselves on our technical expertise and our ability to source products that meet the highest safety standards. We understand the rigours of the modern workplace and ensure that every item we supply is fit for the task at hand.
Practical Advice
The BE-STRONG TOP is built to a men’s width and is compatible with orthopaedic made-to-measure footbeds, complying with the DGUV112-191 norm. When selecting your size, we recommend choosing your standard fit, as the heel reinforcement and anti-torsion system are designed to provide a secure and supportive feel once correctly laced.
Caring for your product
To maintain the performance and safety certifications of your footwear, regular maintenance is required. Start by ensuring that the outsoles are kept free of debris; a build-up of mud or grit can impair the SRC slip-resistance, which is vital for your safety on slippery surfaces.
We recommend cleaning the uppers with a damp cloth and allowing them to dry naturally. It is important to avoid placing these boots near direct heat sources, such as radiators, as excessive heat can damage the double-density PU and rubber materials, leading to cracking or delamination of the sole.
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