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具有各种工业用途的高强度陶瓷(如氧化铝陶瓷)必须在高温和高压下生成。而美国马里兰州兰哈姆塞姆康研究中心已经开发出能在常温硬化的新型化学粘结陶瓷材料。新材料由具有以下成分的专利混合物构成:粉状无机氧化物,硅酸盐,铝酸盐,其他天然硬质材料如岩壳和岩石等。与制造水泥的无机物相似,当与水混合时这些成份形成高强度化学结合键。化学粘结陶瓷材料的强度可以达到49.2公斤/毫米~2,为水泥强度的十倍。通过添加促进粘结的聚合物以及其他成
High-strength ceramics with various industrial uses, such as alumina ceramics, must be formed at high temperatures and pressures. The United States, Maryland Lan Hamu Semcom Research Center has developed a new type of chemically bonded ceramic materials hardened at room temperature. The new material consists of a proprietary mixture of powdered inorganic oxides, silicates, aluminates, other natural hard materials such as rock shells and rocks. Similar to cement-making inorganics, these ingredients form high-strength chemical bonds when mixed with water. The strength of chemically bonded ceramic material can reach 49.2 kg / mm ~ 2, which is ten times of the strength of cement. By adding a binder-promoting polymer and others