PAGE 555 TECHNICAL INFORMATION LAHTI PRO PROLINE MEGA TRYTON VULCAN OTHER BRANDS FISKARS KLINGSPOR JUCO ERDI BESSEY LYRA GUILBERT EXPRESS ELICO TESA CELLFAST STANLEY DEWALT EYE AND FACE PROTECTION Equipment for eye and face protection for professional applications should be used wherever the following hazards exist: impact (e.g. splinters of solid objects) optical radiation (e.g. radiation durng welding processes, sunglare and laser radiation) dusts and gases (e.g. coal dust or aerosols of harmful chemical substances) liquid droplets and splashes (e.g. splashes while pouring of liquid substances) melted metals and hot solid objects (e.g. molten metal splashes during metallurgical processes) electric arc (e.g. produced while conducting works under voltage) Equipment for eye and face protection for professional use are divided into three categories: Goggles and safety glasses Face shields Welding shields (this category includes welding shields, goggles and hoods). Equipment for eye and face protections prevent damage to eye and face part of the head caused by mechanical, chemical, biological and thermal factors, as well as harmful radiation. EN 172 - Personal eye protection – Sunlight filters for industrial use. The standard specifies labelling and transmittances as well as methods for testing sunlight filters. EN 175 - Personal Protection – Equipment providing eye and face protection for welding and related processes. This standard specifies the safety requirements and test methods for personal protective equipment that protects the wearer’s eyes and face against harmful optical radiation and other specific risks and hazards associated with welding, cutting, or similar operations. The abovestandards EN 166; EN 169; EN 170; EN 172 will be replaced by:. EN ISO 16321-1:2022 Eye and face protection for occupational use -- Part 1: General requirements This document sets out the general requirements for eye and face protection. These protective measures are designed to provide protection for people's eyes and face against one or more common occupational hazards, such as the effects of floating dust and particles, optical radiation, dust, splashing liquids, molten metals, heat, fire, hot solids, harmful gases, vapours and aerosols. EN 1731 - Personal personal eye protection - Mesh eye and face protection.. The materials, design, requirements, test methods and labelling of mesh individual eye and face protectors against mechanical hazards are defined. The above EN 1731 standard will be replaced by:. EN ISO 16321-3:2022 Eye and tface protection for occupational use -- Part 3:. Supplementary requirements for mesh protectors. This document sets out additional performance and labelling requirements for mesh protective equipment designed to provide protection for the eyes and face of individuals against mechanical hazards, such as the effects of flying dust and particles. Other requirements applicable to mesh protectors and the frames/attachments to which they are to be attached are given in ISO 16321-1. Additional standard EN ISO 16321-2:2021 Eye and face protection for occupational use -- Part 2: Additional requirements for protective equipment used during welding and related techniques. This document sets out additional material, design, performance and labelling requirements for eye and face protection designed to provide protection for the eyes and face of individuals from occupational hazards such as optical radiation, exposure to flying dust and particles and hot solids, during welding and related techniques. Other applicable requirements LIST OF STANDARDS: EN 166 - Personal eye protection - Requirements.. The standard sets out the requirements for different types of eye protection. EN 169 - Personal eye protection – Filters for welding and related techniques – Transmittance requirements and recommended use. The standard specifies marking and requirement for transmittance for filters protecting the eyes of welding, braze welding, arc welding, and plasma cutting machine operators. EN 170 - Personal eye protection - Ultraviolet protection filters - Transmittance requirements and recommended use. A method of marking and identification has been defined. Requirements for the transmittance of ultraviolet protection filters are given. Guidance on selection and use is described.
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