摘要
本文回顾了滑板的发展历史和现状,指出金属–陶瓷结合是提高滑板性能的重要结合方式。不烧不油浸滑板既节约能源又无污染排放,是未来滑板的发展方向。纳米催化技术、复合结合剂技术、金属–陶瓷结合技术、微孔技术等为不烧不油浸滑板的工业化生产和推广应用提供了有效的技术支撑。
The history and technology status of slide gate are reviewed, and development trend of slide gate is described. It points that metal-ceramic bond is an important binding mode to improve the performance of slide gate and un-fired and non-dipped pitch slide gate is the development trend in the future because of its saving-energy and environment-friendly. Many technologies such as nano-catalytic technologies, composite binders technologies, metal-ceramic bonding technologies, and micro-porous technologies provide an effective technical support for industrial production and promotion applications of un-fired and non-dipped pitch slide gate.
出处
《材料科学》
2014年第2期29-35,共7页
Material Sciences
基金
国家科技支撑计划(No. 2013BAE03B01-10)
江苏省科技基础计划(No. BM2013206)
宜兴市科技计划(No. 20130419032713)。
