CEN/TC 231/WG 3 - Anti-vibration gloves - resilient materials
Development of methods for measuring and assessing the vibration and shock reduction characteristics of antivibration gloves and resilient materials.
Anti-vibration gloves - resilient materials
Development of methods for measuring and assessing the vibration and shock reduction characteristics of antivibration gloves and resilient materials.
General Information
Frequently Asked Questions
CEN/TC 231/WG 3 is a Working Group within the European Committee for Standardization (CEN). It is named "Anti-vibration gloves - resilient materials" and is responsible for: Development of methods for measuring and assessing the vibration and shock reduction characteristics of antivibration gloves and resilient materials. This committee has published 2 standards.
CEN/TC 231/WG 3 develops CEN standards. The scope of work includes: Development of methods for measuring and assessing the vibration and shock reduction characteristics of antivibration gloves and resilient materials. Currently, there are 2 published standards from this working group.
The European Committee for Standardization (CEN) is a public standards organization that brings together the national standardization bodies of 34 European countries. CEN provides a platform for developing European Standards (ENs) and other technical documents in relation to various products, materials, services, and processes, supporting the European Single Market.
A Working Group in CEN is a specialized group responsible for developing standards or technical work within a defined scope. These bodies bring together international experts to create consensus-based standards that support global trade, safety, and interoperability.
This International Standard specifies a procedure to determine the vibration transmissibility of a resilient material when loaded by the hand-arm system. The method is applicable to all materials which behave in a linear way. It is expected that this is realized in most elastic foam and rubber materials and, provisionally, in woven cloths. The method can be applied to mixed systems, e.g. a cloth material attached to a foam or rubber base. It is expected that the results of this laboratory test will be used in screening materials used for vibration attenuation on the handles of tools and for gloves. This will enable rank ordering of materials for gloves, but will not necessarily predict the transmissibility of the gloves fabricated from these materials (for this purpose, see ISO 10819).
- Standard19 pagesEnglish languagee-Library read for1 day
- Standard19 pagesEnglish languagee-Library read for1 day
This International Standard specifies a procedure to determine the vibration transmissibility of a resilient material when loaded by the hand-arm system. The method is applicable to all materials which behave in a linear way. It is expected that this is realized in most elastic foam and rubber materials and, provisionally, in woven cloths. The method can be applied to mixed systems, e.g. a cloth material attached to a foam or rubber base. It is expected that the results of this laboratory test will be used in screening materials used for vibration atenuation on the handles of tools and for gloves. This will enable rank ordering of materials for gloves, but will not necessarily predict the transmissibility of the gloves fabricated from these materials (for this purpose, see ISO 10819).
- Standard14 pagesEnglish languagee-Library read for1 day