一般在浩大的工程中,像高速公路工程,每个路段都是不同的施工队在施工,不同的施工队只管自己的路段,需要的路缘石模具模盒也都是只负责生产本路段的护坡砖,不需要关心其他路段,这样一个方法,就解决了小模盒厂生产困难,有活儿干不出来的尴尬也就消失了。
In
general, in large-scale engineering projects such as highways, each
section of the road is constructed by different construction teams.
Different construction teams only focus on their own sections, and the
required curbstone mold boxes are only responsible for producing slope
protection bricks for this section of the road, without caring about
other sections. This method solves the production difficulties of small
mold box factories, and the embarrassment of not being able to do work
disappears.
高速的工程要求都比较严格,所以在选模具的时候一定要考虑到质量问题。
The requirements for high-speed engineering are quite strict, so quality issues must be considered when selecting molds.
为了提高生产率、减少流道浇注损失,可采用多型腔模具,在一塑料模具内能同时完成多个相同或不同的制品。在大批量生产高速塑料模具中应采用高效率、高精度、高寿命的模具。
In
order to improve productivity and reduce runner casting losses, multi
cavity molds can be used, which can simultaneously complete multiple
identical or different products in a plastic mold. In mass production of
high-speed plastic molds, high-efficiency, high-precision, and
long-life molds should be used.
高速护坡模具的制作工艺都是通过铁板的焊接而成,外表进行喷漆,这样模具就不容易生锈,制作的水泥制品表面光滑、美观,护栏钢模具的储存环境也很重要,使用完后将钢模具保存在阴凉干燥的地方,可增加护栏模具的寿命。
The
production process of high-speed slope protection molds is made by
welding iron plates and spraying paint on the surface, so that the molds
are not easy to rust. The surface of the produced cement products is
smooth and beautiful, and the storage environment of the guardrail steel
molds is also important. After use, storing the steel molds in a cool
and dry place can increase the service life of the guardrail molds.
高速塑料模具结构设计和参数选择须考虑刚性、导向性、卸料机构、定位方法、间隙大小等因素。塑料模具上的易损件应容易更换。对于塑料模和压铸模,还需要考虑合理的浇注系统、熔融塑料或金属流动状态、进入型腔的位置与方向。
The
structural design and parameter selection of high-speed plastic molds
must consider factors such as rigidity, guidance, unloading mechanism,
positioning method, gap size, etc. The vulnerable parts on plastic molds
should be easily replaceable. For plastic molds and die-casting molds,
it is also necessary to consider a reasonable pouring system, the flow
state of molten plastic or metal, and the position and direction of
entering the mold cavity.