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>UNE standards>UNE EN 13631-1:2025 - Explosives for civil uses - Explosives for blasting, boosters and explosive substances - Part 1: Requirements (Endorsed by Asociación Española de Normalización in January of 2026.)
in stockReleased: 2026-01-01
UNE EN 13631-1:2025 - Explosives for civil uses - Explosives for blasting, boosters and explosive substances - Part 1: Requirements (Endorsed by Asociación Española de Normalización in January of 2026.)

UNE EN 13631-1:2025

Explosives for civil uses - Explosives for blasting, boosters and explosive substances - Part 1: Requirements (Endorsed by Asociación Española de Normalización in January of 2026.)

Explosivos para uso civil. Explosivos para voladuras, multiplicadores y sustancias explosivas. Parte 1: Requisitos. (Ratificada por la Asociación Española de Normalización en enero de 2026.)

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Standard number:UNE EN 13631-1:2025
Pages:21
Released:2026-01-01
Status:Standard
DESCRIPTION

UNE EN 13631-1:2025

This document specifies the requirements for explosives for civil uses, including black powder. The Essential Safety Requirements (ESR) II.1.(h) and II.3.1.(c) of the Directive 2014/28/EU, Annex II are not addressed in this document. NOTE 1 ESR II.1.(h) addresses the suitability of the explosive for use in hazardous environments . The conditions and the type of hazards of hazardous environments depend on the field in which an explosive is to be used and are different in different countries. Since there is no universal approach to address safety under such a broad range of conditions, it is not possible to address this ESR by a verification done only with the explosive. It is common practice that national or even local provisions address very specifically the hazards found in a specific mining environment. NOTE 2 ESR II.3.1.(c) addresses the toxicity of fumes produced by blasting explosives intended for underground use . The health of workers can only be protected by providing strong ventilation and avoiding any contact of people with fumes produced by explosives. The conditions and efficiency of ventilation, and the applicable threshold levels are unknown during the phase of testing or design of an explosive and therefore cannot be addressed by a verification applied to the explosive alone.