1) taking shape of pressing and extending
压延成形
2) calendering
压延
1.
The application of PVC in calendering products;
PVC在压延制品中的应用
2.
Process Technology of PVC Calendering Biaxial Stretching Film;
PVC压延双向拉伸膜生产技术
3) sheeting
压延
1.
The Effect of Sheeting on Dough Lateral - axial Stress Characteristics;
压延对面团纵横向拉伸应力特性的影响
2.
This article preliminary investigates the effect of additives, including sodium chloride, alkaline agents, phosphate, guaer gum, vital wheat gluten, emulsifiers on dough lateral-axial extension characteristics when sheeting.
初步研究了氯化钠、碱、磷酸盐、瓜儿胶、谷朊粉和乳化剂等各种添加剂在压延时对面团纵横向拉伸特性的影响。
3.
The organoleptic quality of noodles sheeted by corrugated rolls was improved,because the sheeting was multi-directional,much like the way of manual sheeting.
在制面工艺中采用波纹辊进行多向压延以提高面条的食用品质。
4) Rolling
压延
1.
Rolling law PVC hard piece production equipment This article according to the production process,in detail introduced the production;
压延法PVC硬片生产设备
2.
By means of SEM, TEM and XRD, the microstmcture and the crystalline of PP/LCP composite at different temperatures and different rolling ratios were investigated.
分别用SEM、TEM和XRD对不同温度、不同压延率的PP/LCP合材料的微观结构和结晶状况等进行研究。
5) calender
压延
1.
Some matters needing attention in the production of PVC calender biaxial stretching film;
PVC压延双向拉伸薄膜生产中应注意的问题
2.
Introduction to the influence of holding material in calendering process on the quality of transparent PVC sheet;
压延存料对PVC透明片材质量影响的探讨
3.
It is an idealprocess to apply calender method to produce calcium plastics sheet.
采用压延工艺生产片材是较为理想的工艺。
6) calendaring
压延
1.
This paper introduces some methods to improve the peeling performance in calendaring flexible composites based on the research of different technological parameters including surface treatment of the base fabric before calendaring,widening its contacting area and increasing the density.
通过对各种工艺参数压延类柔性复合材料剥离性能的研究,得到了一些提高该类产品剥离性能的方法,包括:压延前对基布作表面处理,增大薄膜与薄膜间的接触面积,适当提高基布密度。
参考词条
补充资料:压延停机痕纹
分子式:
CAS号:
性质:指压延进行中临时停机或断续开车,使胶片横向出现一段变薄或下凹的印痕。
CAS号:
性质:指压延进行中临时停机或断续开车,使胶片横向出现一段变薄或下凹的印痕。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。