One of the most important technologies applied to Base Protection shoes is SmellStop, a particular anti-odour lining that prevents the proliferation of microorganisms responsible for bad odours and fungi.
With SmellStop, Base Protection has made its safety shoes anti-odour and antibacterial*, ensuring maximum foot protection.
Thanks to the SmellStop permanent antibacterial* treatment, the risks of infections and fungi caused by sweat are drastically reduced, since the innovative lining recreates a healthy environment inside the shoe and a constant dry microclimate, ideal conditions to give well-being to the foot.
*Treatment made with biocide Zinc pyrithione (CAS-No.13463-41-7) product type PT 09 which counteracts the deposit of microorganisms on the surface of materials.
The advantage of Base Protection's SmellStop technology lies in the fact that the antibacterial* treatment does not have an expiration date but is effective for the entire lifespan of the safety shoes, carrying out a constant action.
Thanks to SmellStop, the Base Protection anti-odour safety shoes are comfortable and light even when worn for many hours a day.
The SmellStop lining keeps the foot dry, gently wrapping it with maximum wearability.
For companies with 40 or more employees, a Base Protection representative can visit your site and scan each employee's feet using a dedicated 3D scanner. This helps identify the right safety shoe, correct size, and best insole option for every wearer.
The result is better comfort, better protection, and better performance. When safety shoes fit properly, staff are more comfortable, more productive, and less likely to need time off due to foot discomfort.
Accurate fitting is especially important for employees with wide feet, who may otherwise choose shoes that are too long just to gain extra width. That can leave the toes sitting outside the protective toe cap, increasing the risk of injury. The right fit helps protect your team and supports compliance.
Please contact us for more details.
The insoles are specifically designed by Base Protection in collaboration with the Rizzoli Orthopedic Institute of Bologna. Thanks to the design of the Dry’n Air® insoles, you will experience optimal fit and comfort with a more uniform distribution of load forces leading to better balance and perfect stability control.
Adding the different insoles to the shoe keep the EU certification unchanged
Discover the ultimate blend of safety and comfort with the Base Osmio Hygiene Sandals - White. Expertly crafted for those who prioritize foot protection without compromising on comfort, these sandals deliver on every promise. Whether you're in the medical field or any profession that demands impeccable hygiene, these sandals are tailored just for you.
Key Features:
Step into a world of unmatched safety with the Base Osmio Hygiene Sandals - White. Meeting the EN ISO 20345 SB (FO E A SRC) standards, you're assured of quality, durability, and unparalleled foot protection.
Specifications are subject to change - See Terms & Conditions for more info
One of the most important technologies applied to Base Protection shoes is SmellStop, a particular anti-odour lining that prevents the proliferation of microorganisms responsible for bad odours and fungi.
Base Protection has been independently rated by Ecovadis for its environmental, social, and ethical performance and achieved a platinum rating, meaning they are in the top 1% of globally rated companies.
The pillars taken into consideration include the environment, labour practices and human rights, ethics, and sustainable procurement.
Features an orthopaedic made to measure footbed that complies with european norms DGUV112-191
The toe-cap is resistant to an impact of 200 joules
Offers shock absorption in the heel region
The sole is resistant to hydrocarbons, such as fuel and oil, to help ensure the shoe's lifespan is not compromised by exposure to these substances
These shoes are supplied in men's width
These shoes are supplied in women's width
These shoes are anti-static to help minimise the accumulation of electrostatic charges, thus avoiding the risk of fire, e.g. with inflammable substances and vapours
Technical Sheet
