JIS H 4100(铝及铝合金挤压型材)

H4100：2006（1）まえがきこの規格は，工業標準化法第14条によって準用する第12条第1項の規定に基づき，社団法人日本アルミニウム協会(JAA)／財団法人日本規格協会(JSA)から，工業標準原案を具して日本工業規格を改正すべきとの申出があり，日本工業標準調査会の審議を経て，経済産業大臣が改正した日本工業規格である。これによって，JISH4100:1999は改正され，また，JISH4180:1990は廃止・統合され，この規格に置き換えられる。今回の改正は，日本工業規格を国際規格に整合させるため，ISO209-1:1989，Wroughtaluminiumandaluminiumalloys－Chemicalcompositionandformsofproducts－Part1:Chemicalcomposition，ISO209-2:1989，Wroughtaluminiumandaluminiumalloys－Chemicalcompositionandformsofproducts－Part2:Formsofproducts，ISO6362-1:1986，Wroughtaluminiumandaluminiumalloyextrudedrods/bars,tubesandprofiles－Part1:Technicalconditionforinspectionanddelivery，ISO6362-2:1990，Wroughtaluminiumandaluminiumalloyextrudedrods/bars,tubesandprofiles－Part2:Mechanicalproperties及びISO6362-4:1988，Wroughtaluminiumandaluminiumalloyextrudedrods/bars,tubesandprofiles－Part4:Extrudedprofiles-Tolerancesonshapeanddimensionsを基礎として用いた。この規格の一部が，技術的性質をもつ特許権，出願公開後の特許出願，実用新案権，又は出願公開後の実用新案登録出願に抵触する可能性があることに注意を喚起する。経済産業大臣及び日本工業標準調査会は，このような技術的性質をもつ特許権，出願公開後の特許出願，実用新案権，又は出願公開後の実用新案登録出願にかかわる確認について，責任はもたない。JISH4100には，次に示す附属書がある。附属書（参考）JISと対応する国際規格との対比表H4100：2006（2）目次ページ序文························································································································································································11.適用範囲·········································································································································································12.引用規格·········································································································································································13.定義·················································································································································································24.種類，等級及び記号····················································································································································35.品質·················································································································································································45.1外観···············································································································································································45.2化学成分······································································································································································45.3機械的性質··································································································································································65.4導電率·········································································································································································106.寸法の許容差······························································································································································106.1断面寸法の許容差····················································································································································106.2長さの許容差····························································································································································166.3角度の許容差····························································································································································166.4曲がりの許容差··································