前言
国际标准化组织 (国际标准化组织) 是国家标准机构的全球联盟 (ISO成员机构). 国际标准的制定通常通过ISO技术委员会进行. 每个对已成立技术委员会的主题感兴趣的成员机构都有权在该委员会中派代表参加. 与 ISO 联络的国际政府和非政府组织也参与了这项工作. ISO 与国际电工委员会密切合作 (国际电工委员会) 关于电工标准化的所有问题.

国际标准是按照第 2 部分给出的规则起草的。 2 ISO/IEC 指令的.

技术委员会的主要任务是制定国际标准. 技术委员会通过的国际标准草案将分发给成员机构进行投票. 作为国际标准的出版至少需要获得批准 75% 成员机构的数量.

请注意，本文档的某些内容可能受专利权保护. ISO 不负责识别任何或所有此类专利.

国际标准化组织 10601 由ISO/TC技术委员会制定 35, 油漆和清漆, 小组委员会SC 2, Pigments and Fillers.

The second edition cancelled and replaced the technically revised first edition (国际标准化组织 10601:1993).

国际标准化组织 10601-2007 “涂料用云母氧化铁颜料规格及试验方法”

主要技术变革是:

A) The grade description has been changed to remove the “non-layered” 年级;

乙) The requirements for residue on the sieve have been changed.

介绍
Mica iron oxide pigments were previously included in ISO 1248 (分类为 “灰色的, metallic luster”), but were explicitly excluded in a revision published in 2006. In the revised version of ISO 10601, the requirements for mica iron oxide pigments are more clearly defined and relate to essentially layered particle shapes.

Mica iron oxide pigments vary in composition, size range and particle shape, depending on whether they are produced synthetically or refined as natural oxides, depending on where the ore is mined.

The main use of mica iron oxide is the protective coating of steel structure, in order to obtain better performance, the pigment should have a high content of thin flake particles. Protection is attributed to the tight packing of pigment flakes within the paint film, forming overlapping layers roughly parallel to the substrate. This prevents penetration of the corrosion promoter, reduces UV degradation of the adhesive, and improves film strength. For less important requirements, mica iron oxide pigments with lower flake content may be acceptable. 所以, in this standard, mica ferric oxide pigments are divided into two groups based on sheet content determined by microscopic examination (见表 1).

就本标准而言, pigments containing less than 50% lamellar particles are not considered “云母” or classified as “lamellar”.

1 范围
This standard specifies the requirements and corresponding test methods for dry artificial and natural mica ferric oxide (MIO) pigments used primarily as protective coatings for steel structures.

In accordance with current practice, the general requirements for mica iron oxide pigments have been subdivided

A) Those required requirements (见表 2)

乙) Requirements conditional on prior agreement between interested parties (见表 3).

在某些情况下, agreed reference pigments may be used.

2 规范性引用文件
使用本文档需要以下参考资料. 对于注明日期的参考文献, 仅引用版本适用. 对于未注明日期的参考文献, 新版本的参考 (包括任何修订) 适用.

国际标准化组织 150, 生的, refined and cooked flaxseed oils for paints and varnishes — 规格及测试方法

国际标准化组织 787-2, 颜料和填料通用试验方法 – 部分 2: 105°C 挥发物的测定

国际标准化组织 787-3, 颜料和填料通用试验方法 – 部分 3: 水溶性物质的测定 – 热萃取法

国际标准化组织 787-5, 颜料和填料通用试验方法 – 部分 5: Determination of oil absorption values

国际标准化组织 787-9, 颜料和填料通用试验方法 – 部分 9: Determination of the pH value of aqueous suspensions

– 国际标准化组织 1248, iron oxide pigments – 规格及测试方法

– 国际标准化组织 3549, zinc powder pigments for paints – 规格及测试方法

国际标准化组织 15528, 油漆, 清漆以及油漆和清漆的原材料 — 采样

国际标准化组织 10601-2007 “涂料用云母氧化铁颜料规格及试验方法”

3 术语和定义
就本文件而言, 以下术语和定义适用.

3.1 Mica iron oxide pigment

Refined mineral (also known as specular hematite) or a finished product consisting primarily of iron oxide (三、) Fe2O3, having a gray, metallic luster and consisting primarily of particles having a layered form

仅标准信息部分是公开的. 查看完整内容, 需要通过官方渠道购买标准.