Satoru KOBAYASHI², Kazuhide KURATA², Manabu HASHIMOTO², Daisuke HAYASHI², *Yuusuke Hasegawa¹, Atsushi MAEYAMA¹, Hirotake ENDOH³ (1. Kajima Renovate, 2. Kajima, 3. CIVIL ENGINEERING RESEARCH INSTITUTE FOR COLD REGION)

2:30 PM - 2:40 PM

[V-317] Relationship between the amount of silicate surface impregnant applied to blast furnace mortar and its cracking resistance.

*Tomohiro Hamada¹, Takuya Kondou¹, Gunsei Shin², Akira Miyajima² (1. National Institute of Technology, Kochi College, 2. ABE NIKKO KOGYO CO.,LTD.)

Session information

補修・補強 (3)

[V-311] Durability of Concrete Coated with Nitrite Surface Impregnation in Marine Environment

[V-312] A study on applicability of silane impregnation to concrete specimens containing a large amount of chloride ion

[V-313] Improvement effect of internal environment by silane impregnation on concrete simulating marine environment

[V-314] Experimental investigation on accelerated weathering tests and chloride ion penetration resistance of silane-based impregnation agent

[V-315] Experimental investigation on workability and quality improvement effect of silane-based impregnation agent

[V-316] 20-year exposure test results for silane-siloxane surface penetrant

[V-317] Relationship between the amount of silicate surface impregnant applied to blast furnace mortar and its cracking resistance.

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