成膜物

成膜物对水性超薄膨胀型钢结构防火涂料的综合性能起到重要的作用。

Film former plays the key role in waterborne ultra-thin intumescent fireproof coating for steel structures .

通过X-衍射分析研究了几种聚酯型PU水乳液成膜物的结晶行为。

Thecrystallization behavior of the polyester-based PU emulsion cast film is analyzed byX-ray diffraction .

TDI型水性聚氨酯成膜物的耐高温性能优于IPDI型水性聚氨酯。

Themal property of the film prepared by TDI is better than that by IPDI .

IR检测了成膜物的结构；垂直燃烧法测定了防火涂料的耐火极限；热重分析法研究了涂料的热稳定性。

The structure of the film-forming compounds detected with IR ; the fireproof limit was measured by vertical burning method ; the thermal stability of coating was investigated by thermogravimetry .

使用尿素和三聚氰胺对PVA缩甲醛胶进行改性，可大大降低缩醛胶中游离醛的含量，提高成膜物的耐水性，降低成本。

To modify polyvinyl Formal gel with urea and melamine can greatly reduce free formal content in the gel , improve water resistance of film forming substance and lower the cost .

并以水性氟碳乳液为成膜物，制备了水分散体PANI-氟碳乳液复合防腐涂料，利用电化学交流阻抗谱和Tafel曲线考察了对Q235的防腐蚀性能。

Composite anticorrosion coatings of PANI / MMT and waterborne fluorocarbon emulsion ( FC ) were first prepared .

通过适度的内交联（如TMP）与外交联（如多氮丙啶）相结合，可提高水性PU树脂成膜物的综合性能。

The comprehensive properties of PU emulsion cast film can be obviously increased by combination of appropriate internal crosslinking ( e.g. TMP ) and external crosslinking ( e.g. polyaziridine ) .

发现成膜物表面的硬段微区结晶为球状，微区结晶现象随异氰酸酯指数Ri的增大而加剧；

Found that the form of crystallization on the surface of film forming substance is globular , and the micro-crystal phenomena have been sharpened by the index Ri increasing of isocyanate .

以PVDC和PVC为成膜物，加入复合溶剂、复合缓蚀剂、增塑剂、稳定剂等添加剂，研制了一种高阻隔性可剥离防腐蚀封存复合膜。

An excellent separating strippable compound film for anticorrosion sealing was developed , which was comprised of PVDC and PVC resins , composite solvent , inhibitors , elasticizer and stabilizing agent .

MCG-1型多功能彩色玻璃涂料&Ⅰ.成膜物的合成

Mcg-1 multifunction color glass paint part 1 : preparation of film-forming material

该涂料以高氯化聚乙烯（HCPE）树脂及氯化石蜡等为主要成膜物，添加耐蚀颜填料组成单组分涂料。

It is manufactured from HCPE and chorined wax as the major membrane-forming material added with corrosion-resistant color material .

通过硅烷偶联剂改性纳米SiO2与丙烯酸丁酯、苯乙烯、甲基丙烯酸3种单体共聚，合成纳米SiO2/苯丙乳液，以其作为主要成膜物制得了乳胶漆。

Nano-SiO 2 / styrene-acrylate emulsion was synthesized by means of silane coupling agent modified nano-SiO2 copolymerizing with butyl acrylate , styrene and methylacrylic acid . Latex paint was prepared by using above obtained emulsion as main film substance .

研究了低容重膨胀蛭石的制备、空心Al2O3-SiO2微球的表面改性和低密度烧蚀涂料的组成。以有机硅环氧树脂和酚醛树脂为成膜物，获得了密度达到了0.4~0.6g/cm3的低密度烧蚀涂层。

Low bulk density expanding vermiculite is prepared , and the surface modification of hollow Al_2O_3-SiO_2 microspheres and the composition of the low density ablative coating are studied .

利用自乳化技术合成了贮存稳定的聚氨酯水分散体，探讨了影响TDI-N330反应体系中乳液稳定性及成膜物表面结构的各种因素，并用红外与扫描电镜进行了表征。

Probed into the different factors for the effect of emulsion stability and the surface structure of film forming substance in the TDI-N330 reaction system , and token by using infrared ray and SEM .

并研究了乳液成膜物的耐水解性。

The hydrolysis resistance of film from aquoemulsion was also studied .

玻璃微珠乳胶涂料成膜物的合成

Synthesis of Film Forming Material for Glass Microballoon Emulsion Coating

成膜物组成对集装箱箱底涂料耐腐蚀性能的影响

Corrosion Resistance of Film-Forming Substances in Paint for Container Bottom

分析了涂料成膜物光降解机理。

The mechanism of degradation of film-former ofpaint by light has been investigated .

水性摩丝成膜物的制备及改性

Preparation and modification of water-soluble mousse film-formed polymer

X&衍射分析，研究了树脂成膜物的结晶性；

The crystallinity of the emulsion cast film is analyzed by X - ray diffraction ;

考察了工艺条件对分散体稳定性及成膜物性能的影响。

The influence of preparation technology on stability of dispersion and film performance is discussed .

以此共聚物为成膜物，再采用合适的固化剂，添加适当的颜填料配成涂料。

By adding some suitable pigment and fillings into this polymerization , a new type high-temperature coating was synthesized .

着重讨论了成膜物、导电填料、固化剂对该涂料性能的影响。

The discussion of the influence of film-former , conductive material and curing agent on coatings performance are emphasized .

成膜物的成膜方式多样化为研究涂料成膜机理和预测性能开创了新思路。

The diversity of film forming approaches has provide a new concept for studying the film-forming mechanism and performance prediction .

合成了一种以含氟丙烯酸酯共聚物树脂为成膜物，配合碳纳米管、掺杂聚苯胺及金属粉为填充物的导电防腐涂料。

The title conductive corrosion protection coatings based on fluoro-acrylic copolymer as film-former , and mixed with carbon nanotube , polyaniline , and metal powders .

用低折射率的含氟共聚物为光致聚合物全息材料的成膜物，以增加全息记录材料折射率的空间可调制程度。

Fluoro-containing polymer with low refractive index was used as the film-forming substance photopolymer holographic material to increase the spatial modulation range of its refractive index .

研究了玻璃微珠乳胶涂料成膜物的合成，叙述了各种因素对聚合物涂膜性能的影响。

Study was made of synthesis of film forming material for glass microballoon emulsion coating and influence of various factors on polymer film performance is described .

同时指出，活性成膜物和对粘态膜起“钉扎”作用的高熔点物是高温热处理保护涂料的必备成分。

Furthermore , it can be concluded that an active viscid membrane and a high melting point constituent which can fix viscid membrane are the esse .

以丙烯酸、丙烯酸丁酯和甲基丙烯酸甲酯为单体，采用自由基聚合法制备了聚丙烯酸卷材涂料前驱成膜物，获得了适宜的制备工艺条件。

Phragmoplast of coil coating has been prepared by free radical polymerization and by using acrylic acid , methyl methacrylate , butyl acrylate as the raw materials .

结果表明，环氧化学改性糠醇树脂用作导电涂料成膜物的综合机械性能比环氧糠醇共混改性树脂和糠醇树脂要好得多；

The results showed that the mechanical properties of chemical modified furfuryl alcohol resin were much better than that of physical modified resin and furfuryl alcohol resin .