in order to decrease the thickness tolerance and improve the surface quality for bamboo plywood form in our country bamboo-wood composite technology and secondary veneer overlaying were studied.
recently, we have made great progress in exploiting and utilizing bamboo, and produced new products for example, bamboo plywood board, bamboo board and bamboo floor.
近几年我国在竹材工业性开发利用方面取得了很大成绩,先后成功研制了竹胶合板、竹模板、竹地板等新产品。
the productive technology of bamboo plywood form is presented, the author also points out the method of qc in different steps.
本文介绍了竹胶合板模板的生产工艺,提出了各个步骤中的质量控制方法。
it's the most efficient way to improve the bamboo utilization ratio in the production of bamboo plywood to use radical bamboo strips instead of chordwise bamboo strips.
用径向竹篾替换弦向竹篾来生产各种竹胶合板是提高竹材利用率最有效的途径。
according to the constituting principle of plywood, the structural bamboo plywood with high strength and stiffness is made.
经刨削加工成一定厚度和宽度的竹片,按照胶合板的构成原理制成强度高、刚性好的结构用竹材胶合板。
the experiment results showed that the main physical and mechanical properties of the plywood could meet the requirements for bamboo plywood form specified in jg/t3026 - 1995.
试验结果表明:厚芯竹帘胶合板的物理力学性能达到jg/t3026—1995竹胶合板模板标準的要求。
each floor consists of a student lounge distinguished from circulation by a cnc milled bamboo plywood screen.
每层包含的学生休息室是由一个数控生成的竹面屏幕与流通系统区分开来的。
surface roughness of bamboo plywood is affected by many factors, in which thermal strain is one of the most important factors.
在竹胶合板生产中,由于多种因素的影响,竹材表面会产生一定的粗糙度,其中热应变是一个重要的因素。
so it become special importance for developing bamboo plywood in place of timber substitute and plastic substitute and steel substitute.
因此,大力开发竹材胶合板,以竹代木、以竹代塑、以竹代钢,振兴山区经济,就显得尤为重要。
disign principle, structure and size of steel mould bamboo plywood form and bamboo plywood form are presented summarily.