An energy- and resource-conserving technology was developed for obtaining decorative plasma coatings on sheet glass using finely ground glass powder based on colored container glass and high-quality-glass cullet. The possibility of using outgoing plasma-forming gases for preliminary heating of sheet glass prior to plasma spraying of finely ground glass powders was substantiated and confirmed in practice. A number of operational and physicomechanical characteristics of sheet glass with sprayed coatings were investigated.

中文翻译：

---

在平板玻璃上获得装饰涂层的节能技术

开发了一种节能和节约资源的技术，该技术可使用基于有色容器玻璃和高质量玻璃碎玻璃的细磨玻璃粉在平板玻璃上获得装饰等离子涂层。在实践中已经证实并证实了在等离子体喷涂细磨的玻璃粉之前使用排出的等离子体形成气体进行平板玻璃预热的可能性。研究了带有喷涂涂层的平板玻璃的许多操作和物理机械特性。