1、CAN/CGSB-155.22-2014Supersedes CAN/CGSB-155.22-97 and part of CAN/CGSB-155.23-97Fireline workwear for wildland firefightersICS 13.340.10National Standard of CanadaThe CANADIAN GENERAL STANDARDS BOARD (CGSB), under whose auspices this standard has been developed, is a government agency within Public
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24、ongc-cgsb NATIONAL STANDARD OF CANADA CAN/CGSB-155.22-2014Supersedes CAN/CGSB-155.22-97 and part of CAN/CGSB-155.23-97Fireline workwear for wildland firefightersPrepared by the Approved by the Canadian General Standards Board Published May 2014 by the Canadian General Standards Board Gatineau, Canad
25、a K1A 1G6 HER MAJESTY THE QUEEN IN RIGHT OF CANADA, as represented by the Minister of Public Works and Government Services, the Minister responsible for the Canadian General Standards Board (2014). No part of this publication may be reproduced in any form without the prior permission of the publishe
26、r.CETTE NORME NATIONALE DU CANADA EST DISPONIBLE EN VERSIONSFRANAISE ET ANGLAISE.CAN/CGSB-155.22-2014 CGSB 2014 All rights reservedCANADIAN GENERAL STANDARDS BOARDCommittee on Fireline for Forest Firefighters(Voting membership at date of approval)ChairMousseau, M.1Canadian Interagency Forest Fire Ce
27、ntreGeneral interest categoryAckerman, M. University of Alberta, Department of Mechanical EngineeringCrown, E.M. University of Alberta, Department of Human EcologyDe Leeuw, S. Work Safe BCHamilton, B. Government of Nova Scotia Department of Natural ResourcesIzquierdo, V. Textile Technologies CentreM
28、acdonald, J. Government of Northwest TerritoriesOlsen, S. Marks Work WearhouseMills,Gordon Ontario Association of Fire ChiefsTower, L. Government of British Columbia Ministry of Natural Resources OperationsProducer categoryAdam, C. Tencate Protective Fabrics Canada Inc.Carlone, H. Polartec LLCKing,
29、D. Davey Textile SolutionsMalcolm, R. MWG Apparel CorpMiniely, A. F. 3M Canada CompanyRais, A. Block Bindings and Interlinings Ranff, E. American although most fibres are normally composed of even smaller units called polymers, the fibre is the smallest unit we can see without the aid of a microscop
30、e.NOTE Fibres are classified as manufactured or natural fibres. To produce textiles, fibres are usually spun into yarns which are then woven or knit into fabrics. Fibres can also be made directly into fabrics through processes such as felting. The structure and basic properties of component fibres h
31、ave considerable influence on the performance of a textile material or product.3.11fire (noun) process of combustion characterized by the emission of heat accompanied by smoke and/or flame.3.12fireline workwear protective workwear such as, but not limited to, coveralls, trousers and shirts, designed
32、 to provide a degree of protection against the adverse effects of fire and radiant heat to the firefighters body during wildland firefighting. Fireline workwear covers the body from the neck to the wrists and ankles and may or may not completely cover the neck. It does not include add-on accessories
33、, such as, but not limited to belts, backpacks and external harnesses.3.13flame (noun) zone of combustion in the gaseous phase with emission of light.3.14flame (verb) to undergo combustion in the gaseous phase with emission of light.3.15flame-retardant treatment process or treatment whereby flame re
34、sistance characteristics are imparted to a fabric or other component.3.16flame resistance / flame resistant (FR).property of a material whereby flaming combustion is slowed, terminated or prevented.NOTE Flame resistance can be an inherent property of the basic fibre material, or can be imparted by a
35、 specific treatment or additive.3.17generic name name given to a class of fibres with similar chemical makeup, as defined in the Textile Labelling and Advertising Regulations, made under the Textile Labelling Act.CAN/CGSB-155.22-20145 CGSB 2014 All rights reserved3.18hardware non-fabric items used i
36、n protective workwear, including those made of metal or plastic material.NOTE Hardware includes, but is not limited to buttons, snaps and zippers.3.19heat transfer printingtechnique of printing fabrics by transferring a printed design from paper to fabric via heat and pressure, while having the char
37、acteristics of being flexible enough for stretching and durable enough for wearability.3.20inherently flame-resistantas applied to textiles, having flame resistance that derives from an essential characteristic of the polymer or other material from which the fibre is made.3.21interfacing textile ins
38、erted between the fabric and the lining of part of a garment to reinforce that part andgive it more body. NOTE An example is the interfacing in a shirt collar.3.22knitted fabric structure produced by interlooping one or more sets of yarns or comparable material.NOTE Examples are jersey, rib, interlo
39、ck.3.23labelidentifying or descriptive piece of fabric attached to the garment for the purpose of providing information (see 7).3.24major “A” seams those seam assembly constructions where rupture exposes the wearer to immediate danger.3.25major “B” seams those seam assembly constructions where ruptu
40、re could reduce the protection of the garment by exposing the next layer of the garment, undergarment, or other clothing.3.26manufactured fibres group of fibres that may be either synthesized from chemical compounds (synthetics) or regenerated from natural components. NOTE Examples of synthetic fibr
41、es by generic name are aramid, nylon, and polyester. Examples of regenerated fibres are viscose and other rayons.3.27melt physical process of changing from solid to liquid by the action of heat, resulting in irreversible change, as evidenced by flowing or dripping.6CAN/CGSB-155.22-2014 CGSB 2014 All
42、 rights reserved3.28multilayer garmentgarment consisting of an outer shell fabric plus an inner lining fabric, a wind/moisture barrier and/or insulating material. A multilayer garment can be separated easily into its major constituent components.3.29natural fibresgroup of fibres in which the basic c
43、onstituent materials are (1) animal (e.g., silk usually ignited according to agency policy and management objectives.3.32primary closures all closures excluding those at the wrists, ankles, throat and underarms.3.33radiant heat resistance (RHR) cumulative amount of thermal exposure energy identified
44、 by the intersection of the measured time-dependent heat transfer response through the subject material to a time-dependent, empirical performance curve, expressed as a rating or value; kJ/m2.NOTE The higher the RHR value, the higher the level of protection provided.3.34reinforcement fabric or mater
45、ial enhancement applied to a specific area to make it more resistant to wear.NOTE Examples of specific areas include elbows, knees, seat, etc.3.35seamany method of permanently joining two or more pieces of textile material.3.36single-layer garment protective garment constructed from a single fabric
46、(not including facing or interfacing). A single layer garment is one that cannot be easily separated into its major constituent components.NOTE Fabric material for a single layer garment is received in a finished state from the fabric supplier or finisher. Garments made from bonded fabrics, laminate
47、d fabrics, coated fabrics, double cloth, and quilted fabrics, for example, are considered single layer garments.3.37screen printing technique that uses a woven mesh to support an ink-blocking stencil. The attached stencil forms open areas of mesh that transfer ink or other printable materials which
48、can be pressed through the mesh as a sharp-edged image onto a substrate. A roller or squeegee is moved across the screen stencil, forcing or pumping ink past the yarns of the woven mesh in the open areas.CAN/CGSB-155.22-20147 CGSB 2014 All rights reserved3.38thermal protection/thermal protective per
49、formance (TPP)measurement of the thermal energy input from a flame source to a fabric specimen that is required to result in a heat transfer through the specimen sufficient to cause second-degree (partial-thickness) burn in human tissue. NOTE The higher the TPP, the higher the level of protection provided.3.39visibility trimretroreflective, fluorescent, or combination retroreflective and fluorescent material attached permanently to the outer material for visibility enhancement.NOTE Retroreflective materials enhance night time visibility, and fluorescent
