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The preparation of solid acid and acid water reducing agent for slag is prepared by adsorption method

机译:通过吸附法制备固体酸和酸还原剂的制备方法

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Solid polycarboxylate superplasticizer can not only solve the problems caused by water reducing agent in storage and transportation, but also meet the needs of some special projects. We can choose to use the mineral slag, which is larger than surface area and has stronger adsorption, as adsorbent to absorb liquid polycarboxylate superplasticizer and absorb its moisture, and then makes solid polycarboxylate superplasticizer after drying. It determines the solid-liquid ratio to prepare the solid polycarboxylate superplasticizer to be 3:1. The temperature change within 100°C will not cause changes in the functional group and structure of the water reducing agent molecule. The application of the solid polycarboxylate superplasticizer was basically unchanged compared with its liquid water reducing agent.
机译:固体多元羧酸酯超塑性剂不仅可以解决储存和运输中减水剂引起的问题,而且满足了一些特殊项目的需求。我们可以选择使用大于表面积大的矿渣,并且具有更强的吸附剂,作为吸附剂吸收液态多元羧酸盐过度塑化剂并吸收其水分,然后在干燥后制造固体多元羧酸盐过度塑化机。它决定了制备固体多羧酸酯超塑化剂为3:1的固液比。在100℃内的温度变化不会导致官能团的变化和还原剂分子的结构。与其液体还原剂相比,固体多羧酸盐超塑料基基本不变的施用。

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