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    • 7. 发明授权
    • Polyester-amide resin
    • 聚酯酰胺树脂
    • US4390686A
    • 1983-06-28
    • US367537
    • 1982-04-12
    • Harald JanssenFerdinand Hansch
    • Harald JanssenFerdinand Hansch
    • C09D5/25C09D179/08H01B3/30H01B13/16C08G69/44C08G73/16
    • H01B13/16H01B3/306Y10T428/294Y10T428/31681
    • A method of insulating an electrical conductor by applying thereto a coating of a polyesterimide resin which can be hardened through its free OH groups from a resin melt at above 100.degree. C., wherein the resin used is solvent-free and has been prepared by esterification or ester-exchange of starting materials for the polyesterimide in the presence of an excess of one or more short-chain diols and subsequent removal of the diol or diols in such a way that the condensation is only effected to an extent such that the Durrans softening point of the unhardened resin is not above 150.degree. C. (preferably not above 100.degree. C.) and the viscosity of the molten resin at 180.degree. C. is not above 5000 (preferably not above 1000) mPa s (cP). This process avoids the disadvantages encountered when a solvent is present in the insulating bath.
    • 通过向聚酯酰亚胺树脂涂覆聚酯酰亚胺树脂的涂层而使绝缘电绝缘的方法,该聚酯酰亚胺树脂可以在高于100℃的树脂熔体中通过其游离的OH基硬化,其中使用的树脂是无溶剂的,并且已通过酯化制备 或在过量的一种或多种短链二醇的存在下酯交换聚酯酰亚胺的起始材料,随后除去二醇或二醇,使得缩合反应只能达到Durrans软化 未硬化树脂的点不超过150℃(优选不高于100℃),并且熔融树脂在180℃下的粘度不高于5000(优选不高于1000)mPa·s(cP)。 该方法避免了在绝缘浴中存在溶剂时遇到的缺点。
    • 8. 发明授权
    • Method of insulating an electrical conductor
    • 绝缘电导体的方法
    • US4360543A
    • 1982-11-23
    • US109944
    • 1980-01-07
    • Harald JanBenFerdinand Hansch
    • Harald JanBenFerdinand Hansch
    • C09D5/25C09D179/08H01B3/30H01B13/16B05D5/12
    • H01B13/16H01B3/306Y10T428/294Y10T428/31681
    • A method of insulating an electrical conductor by applying thereto a coating of a polyesterimide resin which can be hardened through its free OH groups from a resin melt at above 100.degree. C., wherein the resin used is solvent-free and has been prepared by esterification or ester-exchange of starting materials for the polyesterimide in the presence of an excess of one or more short-chain diols and subsequent removal of the diol or diols in such a way that the condensation is only effected to an extent such that the Durrans softening point of the unhardened resin is not above 150.degree. C. (preferably not above 100.degree. C.) and the viscosity of the molten resin at 180.degree. C. is not above 5000 (preferably not above 1000) mPa s (cP). This process avoids the disadvantages encountered when a solvent is present in the insulating bath.
    • 通过向聚酯酰亚胺树脂涂覆聚酯酰亚胺树脂的涂层而使绝缘电绝缘的方法,该聚酯酰亚胺树脂可以在高于100℃的树脂熔体中通过其游离的OH基硬化,其中使用的树脂是无溶剂的,并且已通过酯化制备 或在过量的一种或多种短链二醇的存在下酯交换聚酯酰亚胺的起始材料,随后除去二醇或二醇,使得缩合反应只能达到Durrans软化 未硬化树脂的点不超过150℃(优选不高于100℃),并且熔融树脂在180℃下的粘度不高于5000(优选不高于1000)mPa·s(cP)。 该方法避免了在绝缘浴中存在溶剂时遇到的缺点。