Development of waterborne inorganic zinc silicate anticorrosion coatings

水性无机 硅酸 锌防腐涂料的研究进展

Morphology of fractal dimension under the conditions of different zinc silicate crystallization

不同条件下 硅酸 锌结晶形貌的分形维数

In order to reduce the firing temperature of zinc silicate crystalline glaze a variety of fluxing agents such as glass powder etc. were added to the glaze and made the firing temperature down to 1200 ℃ .

通过在釉料配方中加入多种助熔物质，如玻璃粉等，降低 硅酸 锌结晶釉的烧成温度（1200℃左右）。

A two-component solvent based inorganic zinc rich ethyl silicate primer containing over 80mass % zinc in the dry film is suitable for protection of bridges tanks pipelines steel structure etc.

无机硅酸 锌涂料是一种双组分溶剂型无机 富锌 硅酸盐底漆，在干膜中锌的质量比超过80%，该涂料适用于桥梁、储罐、管道、钢结构等的保护。

Zinc silicate type crystalline glaze that fits coloured glaze brick of firing temperature 1040 ℃ and firing cycle 70 minute has been developed .

研究成功烧成温度为1040℃和烧成周期为70分钟并适用于彩釉砖的 硅 锌系结晶釉。

The influence of copper and zinc tailings on burning and properties of silicate cement was study .

研究铜 锌尾矿对 熟料煅烧和水泥性能的影响。

The anticorrosive mechanism of inorganic zinc silicate coatings were mainly the galvanic cathodic protection action and the barrier effect of corrosion products to fill the pores of the coatings .

涂层的耐蚀机理主要是电化学阴极保护作用以及腐蚀产物 填塞涂层孔隙的物理屏蔽作用。

Most materials have certain ability and capacity for the adsorption of gas moreover zinc silicate have the maximum adsorption capacity followed by iron silicate manganese silicate and copper silicate .

通过检测发现四种催化剂对气体均具有一定的吸附能力和容量，其中 硅酸 锌的吸附能力最大，依次为硅酸铁、硅酸锰和硅酸铜。

Integrated from the corrosion resistance electrochemical protection 304 ( nitrogen protection ) spray coating or 316L spray coating have shown good matching with inorganic zinc silicate coating .

综合从耐蚀性、电化学保护的角度来看，304（氮气保护）喷涂层、316L喷涂层都表现出与无机 富锌 硅酸盐涂层有良好的匹配性。

Zinc silicate coatings is widely used for the corrosion protection of steel .

无机 硅酸 锌涂层是一种广泛使用的钢铁重防腐涂层。

Structure and Corrosion Resistance of Inorganic Zinc Silicate Coatings Based on Super-Fine Zinc Powder

超细锌粉无机 硅酸 锌涂层的结构及耐蚀性研究

Inorganic Zinc Silicate Coating for Corrosion Protection of Steel Structures

钢结构的防护用无机 硅 富锌涂料

Preparation and construction of a workshop primer of waterborne inorganic zinc silicate

水性无机 硅酸 锌车间底漆的制备和施工

The radius of grown zinc silicate crystal is directly proportional to soaking time ;

釉 熔体 中 硅酸 锌晶体生长半径与保温时间成线性关系；

Smithsonite is one of the most important minerals of zinc oxide that can be used in industry silicate minerals such as quartz are the common and main gangue .

菱锌矿是有工业价值的主要的氧化 锌矿物之一，石英等 硅酸盐矿物是常见的主要脉石矿物。

A new inorganic ion exchanger copper silicate has been synthesized . It has been used to separate the mixture of neutral amino acids ( Gly and Ala ) and been compared with those of the zinc silicate .

本文合成了一种新型无机离子交换剂&硅酸铜，对其进行了中性氨基酸（Gly，Ala）的色谱分离研究，并与 硅酸 锌的分离性能进行了比较，显现出较好的特性。

Mcb-4395will also adhere to intact painted surfaces and tight rust and may be used to repair itself or inorganic zinc silicate primers .

mcb-4395还可黏附于完整无损的涂漆表面和牢固的锈斑上，也可用于修补自身或无机 硅酸 锌的底漆。

The types of crystal seeds have little influence on the growth of zinc silicate crystal in the glaze ;

不同的定位晶种对 硅酸 锌晶体的生长基本没有影响；

The results showed that after expanding production the passivation solution was quite stable and the stability would be improved by removing ferrous sulfate sodium formate zinc sulfate and other compositions or by adding sodium silicate solution .

结果表明， 硅酸盐彩色钝化工艺扩大生产后，钝化液稳定性好。取掉甲酸钠，硫酸亚铁等措施，可以进一步提高 钝化液的稳定性，通过补加 硅酸钠溶液等措施，可对钝化液加以维护。

Performance and application of inorganic zinc rich ethyl silicate paint to boilers

无机 硅酸 锌涂料在锅炉部件中的应用

The results show that the structure of inorganic zinc silicate coatings was porous microstructure with Si O Zn polymer bond among zinc powders and chemical bond between the coatings and steel substrate ;

结果表明，无机 硅酸 锌涂层的结构为：Zn粉颗粒间以SiOZn聚合物网络键合，涂层与底材钢基体间是以化学键结合的微观多孔的涂层结构；

Zinc samples treated by phytic acid sodium silicate and DB-560 silane were being soaked by 3.5 % NaCl to experiment for 7 days and not be seen white spot appearing .

经植酸、 硅酸钠和硅烷DB-560处理后的 锌试样在3.5%NaCl溶液浸泡试验7天未见白斑出现。

For intermediate coat on the surface of zinc silicate or metal coating to reduce popping .

作为中间涂层涂于涂有 硅酸 锌或金属涂料的表面以减少起泡现象。

Application of Th-1 zinc silicate primer of shop protection to pretreating line of steels

TH&1型 硅酸 锌车间保护底漆在钢材预处理线的应用