【作者】 李朝祥； 王雪松； 王耀卿；

【Author】 LI Chaoxiang Wang Xuesong Wang Yaoqing (Anhui University of Technology 243002 Henan Gongyi Sansong ceramic material Co.Ltd. 451274)

【机构】 安徽工业大学； 河南省巩义市三松瓷业有限公司；

【摘要】 根据蓄热体材料的性能和应用要求,着重针对抗热震性和抗渣性的要求,参照陶瓷材料的成型工艺和原理,以堇青石、α-AlO3、镁砂粉等为主要原料,根据实验分析优选出符合陶瓷蓄热材料各项性能要求的合理配方。从中选择了几种典型配方,在不同的温度制度下进行烧结、热震性实验和抗渣性实验。通过实验和工业生产和实际应用表明,其不仅满足了蓄热材料的蓄热能力要求,同时满足了抗热震和抗渣的性能要求。更多还原

【Abstract】 for the capability and application of the regenerative heat exchanger, a new type special characteristic ceramic regenerative material was exploited, according to technology and principle of the ceramic materia mouldingl. The cordierite, α-Al2O3 and magnestie was selected to develop the high performance regenerative materials. The new type ceramic material was proved have the good thermal shock resisting and erosion resisting characteristics by the test and the commercial run and satisfy the application of regenerative heat exchanger.更多还原