A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A study of Tung-oil–lime putty—A traditional lime based mortar
Tung-oil-lime mortar is a special organic–inorganic binding material invented by the ancient Chinese people. It was widely used in wooden ship and special moisture-proof structures of ancient buildings due to its good sealing and waterproof performances. As a traditional binding material, tung-oil–lime mortar would have a bright applicative prospect in protection of cultural relics. In this paper, the formula, performances and mechanism of tung-oil–lime mortar are discussed. The results show that the mortar prepared by tung-oil with calcium hydroxide has better mechanical properties, water-resistivity and weather resistance than common lime mortar. The effective compositions of tung-oil–lime mortar were carboxylic acid calcium, curing tung-oil and calcium hydroxide. And these good performances of tung-oil–lime mortar come from the compact structure which is established through coordination reaction of Ca2+ from the Ca(OH)2 and the oxidation aggregation reaction of C==C double bonds in unsaturated fatty acid.
A study of Tung-oil–lime putty—A traditional lime based mortar
Tung-oil-lime mortar is a special organic–inorganic binding material invented by the ancient Chinese people. It was widely used in wooden ship and special moisture-proof structures of ancient buildings due to its good sealing and waterproof performances. As a traditional binding material, tung-oil–lime mortar would have a bright applicative prospect in protection of cultural relics. In this paper, the formula, performances and mechanism of tung-oil–lime mortar are discussed. The results show that the mortar prepared by tung-oil with calcium hydroxide has better mechanical properties, water-resistivity and weather resistance than common lime mortar. The effective compositions of tung-oil–lime mortar were carboxylic acid calcium, curing tung-oil and calcium hydroxide. And these good performances of tung-oil–lime mortar come from the compact structure which is established through coordination reaction of Ca2+ from the Ca(OH)2 and the oxidation aggregation reaction of C==C double bonds in unsaturated fatty acid.
A study of Tung-oil–lime putty—A traditional lime based mortar
Fang, Shiqiang (author) / Zhang, Hui (author) / Zhang, Bingjian (author) / Li, Guoqing (author)
International Journal of Adhesion and Adhesives ; 48 ; 224-230
2014
7 Seiten, 30 Quellen
Article (Journal)
English
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