用于PVC发泡制品，使制品气孔结构稠密而均匀，密度更低。
The invention is used for producing PVC foaming products which have dense and even stomata structure and lower density.
在温度和送料速度的协调控制下，通过调节气压参数可有效控制气孔结构。
With the cooperative control of drawing temperature and feed speed, the final hole structure can be effectively controlled by tuning the applied pressure.
本文介绍了自主研制的具有可控气孔的低熔高强纳米陶瓷结合剂的烧结工艺和气孔结构特性。
This paper introduced a low melting point high strength nano vitrified bond with controllable pores developed by the authors, in respects of the sintering process and its pore structures.
应用推荐