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Resistance of SPC in a Faintly Acid Environment

The experimental data allowed us to obtain the analytical interrelationship of chemical stability coefficients of the SPC compositions modified by TFS and FA additives in hydrochloric acid, (HCU FA), Kmx TFS), and sulfuric acid, /f(H2S04, fa) /f(H2so4,TFS) environments and their concentration and time of exposure  [Pg.131]

Concentration of Acid (%) Time of Exposure (months) h2so4 HCI h2so4 HCI [Pg.132]

By taking K 0.8, we can forecast the SPC composition service life in aggressive acid environments of various concentration. [Pg.132]

Results concerning the influence of the kind of monomeric additive on SPC corrosion stability is shown in Table 3.10. [Pg.132]

Adhesion Strength of Joints of Precast Silicate Polymer Concrete Structural Members [5] [Pg.132]


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Acidic environment

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Faintness

Resistance of environment

SPCs

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