With the advent of high-tech plastic abrasive production tools, products, production speed and efficiency is improved. Only temperature between two hundred and three hundred and fifty degrees Celsius, to be able to mold forming. In such a case, if the flow rate is limited plastics, coupled with faster, then the surface of the mold may exceed four hundred Celsius over a period of time. In order to ensure the accuracy of the mold during use, the product must have a relatively high heat resistance. Plastic color brick mold to enhance the skill level has now become one of the tasks Caizhuan plastic mold factory. Since the upgrade the technological level as one of the tasks of the production process, there must be one of the reasons. Give you an analysis. Due to the technological level of mold largely determines the quality, capacity and economic efficiency of enterprises to develop new products, product, and therefore the level of mold production technology, has become the measure of a country's manufacturing an important indicator of the level. Therefore, to enhance the level of plastic color brick mold is extremely important. Plastic tile mold manufacturing and development of other industries can be used to describe the interdependent, resulting in the development of plastic tiles to enhance the overall level of mold and related industries are closely related. Plastic tile mold level of standardization to be improved. Industry professionals demand is much greater than the dilemma of the urgent need for change. Require persistent efforts to accelerate the plastic tile mold products the pace of restructuring. Increase investment in order to strengthen the innovation capacity. Promoting inter-mold plastic tile joint enterprise restructuring should become a trend. I plant products all are the best, you will not regret your choice! Of course, plastic tile mold is also very important. Plastic tiles in the plastic mold is viscous flow state at a high temperature and a certain pressure, through a die having a specific cross-sectional shape, and then at a lower temperature, forming the desired cross-sectional shape into a shape of a continuous profile Methods.