From October 20th to 22nd, 2026, BLS will be in Seville to take part in MMH – Mining and Minerals Hall 2026, one of the leading European events dedicated to the mining industry.
MMH is an international event that brings together companies, professionals, institutions and experts from across the mining sector, creating a space for discussion on innovation, technologies, sustainability and industry development.
The 2026 edition will focus on the strategic role of raw materials and mineral resources for the future of Europe, with a programme combining an exhibition area, scientific congress and technical sessions.
BLS will be exhibiting at Stand 2264 – Hall 2 – Floor V16.
Mining and Minerals Hall is a meeting point for mining industry professionals and for companies developing technologies, services and solutions for the sector.
The theme chosen for 2026, “Mining: a strategic pillar for the future of Europe”, highlights the contribution of raw materials and strategic resources to the energy, digital and industrial transitions.
In this context, worker safety plays a central role, especially in activities where dust, particulate matter and other airborne contaminants may be present.
Mining activities can involve very different exposure conditions depending on the material being extracted, the process being carried out, the working environment and the concentration of contaminants in the air.
Operations such as extraction, drilling, crushing, material handling and processing can generate airborne dust and particulate matter, making careful respiratory risk assessment essential.
The selection of the appropriate protective equipment must therefore take into account several factors, including:
In particularly demanding environments, comfort, fit and continuity of use also become important factors in helping ensure that respiratory protection is worn correctly throughout the entire work activity.
BLS’s participation in MMH will be an opportunity to present its solutions for respiratory protection in mining and industrial environments and to engage directly with companies, operators and industry professionals.
Dialogue with those who work in these environments every day helps deepen understanding of application needs, operating conditions and device selection criteria, contributing to a more informed management of respiratory risk.
We look forward to seeing you from Tuesday, October 20th to Thursday, October 22nd, 2026, in Seville, Spain, at FIBES – Palacio de Congresos y Exposiciones de Sevilla, Stand 2264 – Hall 2 – Floor V16.
BLS è a Sicur 2024 Madrid (Spagna), 27 febbraio - 01 marzo 2024 BLS è a Madrid all'evento internazionale dedicato alla sicurezza e alla protezione che si pone l'obiettivo di migliorare il benessere e lo sviluppo sociale. Vieni a trovarci. Siamo allo stand 4A07. La fiera SICUR è il principale evento internazionale sulla sicurezza in […]
Maschere pieno facciale e occhiali da vista: come risolvere il problema della compatibilità Scopri la soluzione sicura per integrare le lenti correttive nei DPI senza compromettere la protezione. Chi utilizza dispositivi di protezione individuale (DPI) in ambienti ad alto rischio sa quanto sia importante garantire la massima sicurezza senza compromettere il comfort. Tuttavia, per […]
With a filtering capacity of more than 94% for FFP2 and more than 99% for FFP3, the new BLS 502 and BLS 503 masks are DPI without valves, CE certified according to European regulation 2016/425 and technical standard EN 149: 2001, able to protect users in the event of exposure to solid and/or liquid non-volatile particles (dust, fumes, mists) and to block the dispersion of viruses both incoming and outgoing. They are, in fact, sealed on the face and manufactured with a "welding” process, without seams and perforations on the fabric from which micro particles could pass, thus creating a barrier during exhaling, protecting the environment from the user of the mask. These masks are therefore ideal for use in the food & beverage and medical sectors, as well as in all work environments where contamination by the user must be avoided.
