• Superior sanitization: Stainless steel prevents bacterial proliferation and resists hospital disinfectants → maintaining high hygiene standards.
• Logistics optimization: The rack allows for 32 pairs in just 13 cm of depth → maximum storage capacity in narrow corridors or filter zones.
• Ease of room maintenance: Suspended mounting clears the floor surface → faster and more effective cleaning and disinfection of rooms.
• Immediate accessibility: Footwear orientation facilitates identification and quick retrieval → reduction in staff preparation times.

The use of the support h640_28 is fundamental in contexts requiring strict contamination control. It finds natural application in surgical block entrances, in analysis laboratories, in clean rooms in the pharmaceutical industry and in locker rooms of veterinary clinics or research centers.

This shelf is the right choice when it is necessary to manage a high volume of footwear in transit areas where footprint depth must be minimal. Unlike mobile solutions on wheels, wall mounting ensures absolute stability and prevents dust accumulation under the structure. It is the indispensable operational prerequisite for facilities that must certify defined dirty-clean paths that are stable over time.

Is the steel used compatible with regulations for sterile environments?

Yes, the shelf is made of stainless steel, a material that complies with international hygiene and health directives for use in operating rooms and controlled contamination environments, thanks to its inert nature and corrosion resistance.

What is the advantage of wall mounting compared to a free-standing rack?

Wall mounting eliminates floor support points which are often a harbor for dirt and bacteria. Furthermore, it keeps corridors free of obstacles, ensuring compliance with safety and evacuation regulations.

Does the h640_28 shelf require specific maintenance?

It does not require mechanical maintenance. Periodic cleaning with neutral detergents or those specific for stainless steel is recommended to maintain surface integrity and the material’s antibacterial properties.