ZeroG™
Lightweight cushioning, ergonomic support and all-day comfort for demanding work environments.
Lightweight cushioning. Ergonomic support. All-day comfort.
Designed for demanding work environments, Casino® ZeroG™ combines a dual-layer cushioning structure with ergonomic foot support to deliver lasting comfort throughout the working day.
A breathable, moisture-wicking and antibacterial-treated textile upper works together with a high-density EVA base and slow-rebound memory foam to provide cushioning, pressure distribution and stable support. The ergonomic grid and dotted structure on the underside helps disperse impact and plantar pressure during prolonged standing and walking.
Developed for safety and work footwear, ZeroG™ provides enhanced underfoot comfort while maintaining the internal space required for protective toe caps and other safety components.
Engineered in Layers
- 01 — Moisture Management Top LayerBreathable textile fabric with antibacterial treatment helps manage sweat and moisture, keeping the foot environment fresher and more comfortable during extended shifts.
- 02 — Memory Foam Cushioning LayerSlow-rebound memory foam conforms dynamically to the contours of the heel and plantar arch, helping distribute pressure and reduce localized pressure points.
- 03 — High-Density EVA Support BaseA resilient EVA substrate provides stable cushioning and long-term structural support, helping the insole maintain its shape under repeated loading.
Ergonomic Pressure Distribution
The underside of the ZeroG™ insole features a molded grid and dotted embossment structure designed to work with the cushioning layers above. This multi-directional structure helps distribute plantar pressure and attenuate impact generated during walking and prolonged standing, reducing concentrated loading on the heel and forefoot.
Built for Demanding Work
From industrial floors and construction sites to warehouses and other long-standing occupations, ZeroG™ is designed around the everyday demands placed on working feet.
Industrial · Construction · Warehouse · Oil & Gas
FAQ
What makes Casino® ZeroG™ different from standard work insoles?
Casino® ZeroG™ combines a breathable antibacterial moisture-wicking textile, slow-rebound memory foam and a high-density EVA cushioning base. Its ergonomic grid and dotted structure helps distribute plantar pressure and absorb impact for enhanced comfort during long hours of standing and walking.
How does the ZeroG™ insole improve underfoot comfort?
The slow-rebound memory foam conforms to the contours of the heel and plantar arch, helping reduce concentrated pressure points, while the high-density EVA base provides stable, long-lasting cushioning and support.
Is Casino® ZeroG™ suitable for safety footwear?
Yes. ZeroG™ is designed for safety shoes, work boots and professional footwear, including styles equipped with steel or other protective toe caps. Its ergonomic profile is designed to enhance comfort while maintaining the internal space required for safety components.
Can ZeroG™ help reduce foot fatigue during long shifts?
The combination of pressure distribution, cushioning and ergonomic foot support helps improve underfoot comfort during prolonged standing and walking, making ZeroG™ suitable for demanding work environments.
How does the insole manage sweat and moisture?
The breathable top fabric is treated to help wick moisture and accelerate sweat evaporation, helping maintain a drier and more comfortable foot environment during extended wear.
Does Casino® ZeroG™ provide antibacterial protection?
Yes. The top textile layer features an antibacterial treatment designed to help inhibit odor-causing bacteria and maintain a fresher foot environment during extended use.
How does the high-density EVA base perform under heavy-duty use?
The high-density EVA base provides resilient cushioning and structural support, helping the insole maintain its shape and cushioning performance under repeated loading.
What is the purpose of the grid and dotted structure on the underside?
The molded grid and dotted embossment creates a multi-directional cushioning structure that helps disperse impact and distribute plantar pressure across the footbed during movement and prolonged standing.
