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SM4S

Safety Materials for Shoes

Co-funded by: -Co-funded by

According to the epidemiological situation caused by the SARS-CoV-2 coronavirus, places of access to the public, such as health services or businesses, can contribute to the direct/indirect transmission of the virus. The floor of public establishments represents a contagious vehicle and, consequently, the soles of the shoes in contact with it can also be a transmission vehicle.

SM4S - Safety Materials for Shoes project aims to develop shoe soles with antiviral properties, to reduce contagion risk and allow greater safety for users. The proposed solution consists of adding one or more constituents of the polyurethane reaction with antiviral agents, without changing the intrinsic properties of the final material, namely in its mechanical characteristics.

The addition of antiviral agentes in shoe soles reduces the conditions of spread of the virus on these surfaces. In this way, the probability of these means of functioning as active viral transport between places of access to the public will be lower, thus contributing to decrease the risk of contagion and allowing greater security for users.

Main Goals

Development of shoe soles, based on Polyurethane (PU), with antiviral properties, with the purpose of preventing footwear from being a means of transporting viruses in places of generalized access. It is intended to offer antiviral soles capable of helping to combat the current pandemic situation, by additive raw materials (used in the reaction of polyurethane) with active agents, without changing their intrinsic properties.

-Summary

Project Number: POCI-01-02B7-FEDER-068501

Project Duration: August  2020 to February  2021

Eligible Cost: 153.491,91 €

Financial Support EU: FEDER  122.793,53 €

Project TypeSI I&DT Empresarial – Copromoção

Intervention Region: North of Portugal

Results


SM4S project developments will result in footwear solutions (soles) with antiviral properties, a relevant fact in the current pandemic context, but also transversal to other contexts of viral and bacterial propagation. After the project, ROPAR will be able to incorporate in its footwear lines, the soles added with antiviral components.

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