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Copolymerization of methylol urea with ethylol urea resin for emulsion paint formulation

机译:羟甲基脲与羟乙基脲树脂的共聚,用于乳胶漆配方

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In this work, copolymerization of urea formaldehyde (UF) and urea acetaldehyde (UA) was successfully carried out. Some physical properties such as gel time, viscosity, density, melting point, moisture uptake, refractive index and formaldehyde emission level were evaluated. The IR analysis of spectra from the pure amino resins and their copolymer (UF + UA) showed chemical interaction between urea formaldehyde and urea acetaldehyde resins. Resin from the copolymer possessbetter optical property, flexibility and softness, density, water resistance and better control of formaldehyde emission than the convectional urea formaldehyde resin. Some physical properties of the copolymer showed that properties such as viscosity, refractive index, moisture uptake, melting point and density are in agreement with the literature values of other type of binders use in paints. Therefore, the urea formaldehyde and urea acetaldehyde copolymer resin present itself as a potential binder for emulsion paint formulation.
机译:在这项工作中,尿素甲醛(UF)和尿素乙醛(UA)的共聚成功进行了。评价了一些物理性质,例如胶凝时间,粘度,密度,熔点,吸湿率,折射率和甲醛释放量。对纯氨基树脂及其共聚物(UF + UA)的光谱进行红外分析表明,脲醛树脂和脲乙醛树脂之间存在化学相互作用。与对流脲甲醛树脂相比,由共聚物制得的树脂具有更好的光学性能,柔韧性和柔软性,密度,耐水性以及更好的甲醛释放控制。共聚物的一些物理性质表明,诸如粘度,折射率,吸湿性,熔点和密度等性质与涂料中使用的其他类型粘合剂的文献值一致。因此,脲甲醛和脲乙醛共聚物树脂本身作为乳液涂料配方的潜在粘合剂。

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