Comprehensively , magnesium hydroxide filling amount of 100 was the best recommended value.

所以综合各因素考虑,氢氧化镁添加量为100份时最适宜.

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Sealants for cavity - glass with flame retarder of Mg ( OH ) 2 was prepared.

用氢氧化镁作为阻燃 剂制备 中空玻璃用密封胶条.

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The best condition of preparation for nanometer magnesium hydroxide are gotten.

得出了制备纳米氢氧化镁的最佳条件.

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The application of Light burned magnesia and magnesium hydroxide to environmental protection is presented.

介绍了轻烧氧化镁和氢氧化镁在环保领域中的应用现状.

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Inorganic flame retardant mainly include aluminum hydroxide, magnesium hydroxide, antimony oxide, borate, inorganic phosphate etc.

无机阻燃剂包括氢氧化铝 、 氢氧化镁 、 无机磷、硼酸盐 、 氧化锑、钼化合物等.

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Magnesium hydroxide particles were synthesized via decomposition of hydrosulfide compound followed with hydrothermal treatment.

以工业氯化镁和硫氢化钡为原料,采用复分解法合成高纯氢氧化镁.

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A new process for preparing high - purity and ultrafine magnesium hydroxide with precipitated magnesium mud was studied.

文章探索以吉兰泰盐湖卤水的沉淀镁泥为镁源,制备高纯、超细氢氧化镁的工艺条件.

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The advances in production Process and Method of Ultrafine Magnesium Hydroxide is researched.

就超细氢氧化镁阻燃剂的制作与阻燃性能做出研究.

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Magnesium - hydroxide powder features high purity, well distributed particle size, extremely low in impurity.

氢氧化镁纯度高, 颗粒均匀, 重金属等杂质含量低,可在多个领域广泛应用.

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Four kinds of nanocomposites such as antimony trioxide, aluminum hydroxide, hydroxide and layered silicate were reviewed.

介绍了以纳米三氧化二锑 、 氢氧化铝 、 氢氧化镁、层状硅酸盐作为添加物的聚合物基阻燃复合材料的制备方法.

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Above research results have established good foundation for next research of nanometer magnesium hydroxide.

研究成果为纳米级氢氧化镁下一步的深入研究打下了良好基础.

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This paper introduces the working nechanism and the development prospect of Mg ( OH ) 2 as flame retardant.

摘要介绍了氢氧化 镁 阻燃剂的阻燃机理及发展状况.

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High - purity ultrafine magnesium hydroxide was prepared by ambient temperature - state reaction using hexammoniated magnesium chloride as material.

以自制的六氨氯化镁为原料,采用常温固相法制备了高纯超细氢氧化镁.

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The principle and process of preparing flame retardant Mg ( OH ) 2 from dolomite are introduced.

介绍了以白云石为原料制备阻燃剂用氢氧化 镁 的试验原理及工艺流程.

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The results indicate the physics characteristic of magnesium hydroxide was optimal when ADDP reaches 1 wt %.

结果表明:当多磷酸酯的质量分数为1%时,氢氧化镁的物理性质趋于最佳.

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