Description
The Base Be-Powerful Top Special Ankle Shoes – Black/Green blend safety and comfort in a stylish package. These shoes are designed with a water-resistant upper that prevents water penetration, offering dry comfort in wet conditions. The 100% metal-free build and shock-absorbing heel region ensures both safety and convenience.
Key Features:
- Anti-Static Footwear: Reduces the risk of electric shock.
- Water-Resistant Upper: Offers excellent protection against water penetration.
- 100% Metal-Free: Ensures a lighter and more comfortable experience.
- 200 Joules Resistant Toe-Cap: Offers a high level of protection against impact.
- Puncture-Resistant Sole: Protects your feet from sharp objects.
- Shock Absorption: Located in the heel region for added comfort during movement.
Compliance with Industry Standards:
- UNI EN ISO 20345:2012 S3 (WR CI SRC): Indicates that the shoe meets high standards for safety footwear, offering water resistance (WR), cold insulation (CI), and a slip-resistant sole (SRC).
Make the wise choice for both comfort and safety with the Base Be-Powerful Top Special Ankle Shoes. Suitable for various work environments, these shoes do not compromise on style while offering comprehensive protection.
- Anti-static footwear
- Water resistant upper to prevent water penetration
- 100% metal free
- 200 joules resistant toe-cap
- Puncture resistant sole
- Shock absorption in the heel region
- Water resistant shoe
- Hydrocarbons resistant
- Men’s width
- Women’s width
- Orthopaedic made to measure footbed, complying with european norms DGUV112-191
Standards
- UNI EN ISO 20345:2012 S3 (WR CI SRC)
Specifications
Material Specs
Specifications are subject to change – See Terms & Conditions for more info
KEY FEATURES
Tpu-Skin – Anti-fatigue sole
An exclusive technology, patented by Base Protection, to reduce the outsole’s hard and compact thickness to 0.2 mm. The result is an increased elasticity of the safety shoe and a cushioning and anti-fatigue effect.
LifePlus – Greater grip and less abrasion of the sole
One of the technologies used by Base Protection is LifePlus, designed to improve adherence on all types of surfaces and reduce the abrasion of the outsole in work environments characterized by the presence of water-based liquids, such as agri-food, chemical and pharmaceutical industries.
SlimCap – Light metal-free toe-cap
Lightness is a fundamental requirement for those who wear safety shoes for 8 hours a day. Often, however, safety shoes are heavy and damp, causing discomfort to the foot. For this reason, Base Protection has designed the non-metallic SlimCap toe cap.
SmellStop – An anti-odour treatment for the entire lifespan of the shoe
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.
Gold Ecovadis Sustainability Rating 2022
Base Protection has been independently rated by Ecovadis for its environmental, social, and ethical performance and achieved a gold rating, meaning they are in the top 5% of globally rated companies.
The pillars taken into consideration include the environment, labour practices and human rights, ethics, and sustainable procurement.
Made To Measure Footbed
Features an orthopaedic made to measure footbed that complies with european norms DGUV112-191
Resistant Toe-Cap
The toe-cap is resistant to an impact of 200 joules
Resistant Sole
The sole is resistant to punctures
Shock Absorption
Offers shock absorption in the heel region
Water Resistant
This shoe is water resistant to prevent water penetration
Water Resistant Upper
This shoe features a water resistant upper to help prevent water penetration
Hydrocarbons Resistant
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
Men’s Width
These shoes are supplied in men’s width
Women’s Width
These shoes are supplied in women’s width
Anti-Static
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
