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    • 1. 发明专利
    • HOT-DIP Al-Zn ALLOY PLATED STEEL SHEET COATED WITH LUBRICATING FILM SUPERIOR IN WORKABILITY AND CORROSION RESISTANCE
    • HOT-DIP Al-Zn合金镀层钢板,涂有润滑膜,耐腐蚀性和耐腐蚀性
    • JP2002371344A
    • 2002-12-26
    • JP2002076442
    • 2002-03-19
    • Kawasaki Steel CorpKawatetsu Galvanizing Co Ltd川崎製鉄株式会社川鉄鋼板株式会社
    • MAEDA CHIZUKOTAKAMURA HIDEO
    • B05D7/14C22C18/04C22C21/10C23C2/06C23C2/12C23C28/00
    • PROBLEM TO BE SOLVED: To provide a hot-dip Al-Zn alloy plated steel sheet coated with a lubricating film superior in workability and corrosion resistance.
      SOLUTION: The hot-dip Al-Zn alloy plated steel sheet has the Al-Zn alloy plated layer consisting of dendrite parts, inter-dendrite parts existing between the dendrite parts, and an interfacial alloy layer between these interfaces, on the two sides of the steel sheet, and has a coated lubricating layer consisting of a resin coated film on one or both sides of the steel sheet, as the upper layer of the above Al-Zn alloy plated layer. The Al-Zn alloy plated layer includes, by mass ratio, 25-75% Al, 1-5% Si, and 0.2-2% Sr against the Si content, or further 0.01-2.0% in total of one or more of Cr, V, and Zr. The steel sheet includes Sr in the inter-dendrite parts, preferably having the 20-150 times higher concentration than the average Sr concentration of the Al-Zn alloy plated layer.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供涂覆有可加工性和耐腐蚀性优异的润滑膜的热浸Al-Zn合金镀覆钢板。 解决方案:热镀Al-Zn合金镀钢板具有Al-Zn合金镀层,由树枝状部分,枝晶间存在的枝晶间部分和这些界面之间的界面合金层组成, 作为上述Al-Zn合金镀层的上层,在钢板的一面或两面上具有由树脂涂布膜构成的涂布润滑层。 Al-Zn合金镀层按质量比包含相对于Si含量为25-75%Al,1-5%Si和0.2-2%Sr,或者还含有0.01-2.0%的Cr ,V和Zr。 该钢板包括枝晶间部分中的Sr,优选具有比Al-Zn合金镀层的平均Sr浓度高20-150倍的浓度。
    • 5. 发明专利
    • METHOD AND DEVICE FOR MEASURING THICKNESS OF COATING
    • JP2000205830A
    • 2000-07-28
    • JP1140099
    • 1999-01-20
    • KAWATETSU GALVANIZING
    • SHIRAGAMI KENJIUSHIJIMA AKIRAYAEO MAKOTOKOBAYASHI EIJI
    • G01B11/06
    • PROBLEM TO BE SOLVED: To measure the thickness of paint in a state before drying and hardening with high accuracy without contact independently of the type of an object to be measured and the paint, by measuring the distance from a reference surface to a body to be painted before painting and the distance from the reference surface to the paint surface after painting through the use of laser displacement meters, and computing the difference between both measured distances. SOLUTION: A reference surface is placed on the same circumferential surface at a predetermined distance from the center of a packing roll 2, the locations of a steel plate S in coil before painting and a steel plate S' in coil after painting on the packing roll 2 from the reference surface are each measured by laser displacement meters 11 and 12. The surface location of the steel plate S' after painting captured by the laser displacement meter 12 is changed by the thickness of the paint film with respect to the location of the steel plate S before painting captured by the laser displacement meter 11. Therefore, by measuring the distance L1 from the reference surface to a body to be painted before painting and the distance L2 from the reference surface to the paint surface after painting, inputted them to a paint film thickness computing means 21 to compute L2-L1, and displaying the result of the computation on a paint film thickness displaying means 22, the thickness of the paint film is obtained.