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护坡模具的质量源于本身的材质
护坡模具的质量源于本身的材质,那么该如何选择钢模具的材料呢?现在在社会上使用的有两种,树脂是微黄色固体,有一定的韧性,它抗酸、碱、盐的腐蚀能力比较强,也可在一定程度上耐受有机溶剂溶解.树脂很好的成型性,加工出的产品表面光洁,易于染色和电镀.树脂的优点是抗冲性、隔音性、耐划痕性,耐热性更好; 但是在真正的使用过程中,基本都使用钢材作为隔离墩的生产,这种材料生产出来的产品耐腐蚀性,抗压性,使用时间长。不过也要根据不同的情况进行选择。
The quality of slope protection moulds comes from the material itself, so how to choose the material of steel moulds? There are two kinds of resins that are used in the society now. Resins are yellowish solid and have certain toughness. They have strong corrosion resistance to acid, alkali and salt, and can also withstand dissolution of organic solvents to a certain extent. Resins have good formability and are processed. The surface of the product is smooth, easy to dye and electroplate. The advantages of resin are impact resistance, sound insulation, scratch resistance and better heat resistance. But in the real use process, steel is basically used as the production of isolation pier. The products produced by this material have corrosion resistance, compression resistance and long use time. However, they should also be selected according to different situations.
护坡模具通过先进的生产技术大大缩短了生产的周期,提高了生产量,这种生产工艺随着现代技术的不断革新,对于钢模具的生产周期也有了非常严格的要求。高速切削是以高切削速度、高进给速度和高加工质量为主要特征的加工技术,其加工效率比传统的切削工艺要高几倍,甚至十几倍。因为技术的不断革新,怎样才能更好的融入新鲜的血液,目前,欧美模具企业在生产中广泛应用数控高速铣,三轴联动的比较多,也有一些是五轴联动的,转数一般在1.5万——3万r/min.采用高速铣削技术,可大大缩短制模时间。
Slope protection mould has greatly shortened the production cycle and increased the production capacity through advanced production technology. With the continuous innovation of modern technology, the production cycle of steel mould also has very strict requirements. High-speed cutting is a processing technology characterized by high cutting speed, high feed speed and high processing quality. Its processing efficiency is several times, even more than ten times, higher than that of traditional cutting technology. Because of the continuous innovation of technology, how can we better integrate into the fresh blood? At present, European and American die and mould enterprises widely use NC high-speed milling in production. There are more three-axis linkage, and some are five-axis linkage. The rotational speed is generally 15,000-30,000 r/min. Using high-speed milling technology can greatly shorten the time of mould making.
The quality of slope protection moulds comes from the material itself, so how to choose the material of steel moulds? There are two kinds of resins that are used in the society now. Resins are yellowish solid and have certain toughness. They have strong corrosion resistance to acid, alkali and salt, and can also withstand dissolution of organic solvents to a certain extent. Resins have good formability and are processed. The surface of the product is smooth, easy to dye and electroplate. The advantages of resin are impact resistance, sound insulation, scratch resistance and better heat resistance. But in the real use process, steel is basically used as the production of isolation pier. The products produced by this material have corrosion resistance, compression resistance and long use time. However, they should also be selected according to different situations.
护坡模具通过先进的生产技术大大缩短了生产的周期,提高了生产量,这种生产工艺随着现代技术的不断革新,对于钢模具的生产周期也有了非常严格的要求。高速切削是以高切削速度、高进给速度和高加工质量为主要特征的加工技术,其加工效率比传统的切削工艺要高几倍,甚至十几倍。因为技术的不断革新,怎样才能更好的融入新鲜的血液,目前,欧美模具企业在生产中广泛应用数控高速铣,三轴联动的比较多,也有一些是五轴联动的,转数一般在1.5万——3万r/min.采用高速铣削技术,可大大缩短制模时间。
Slope protection mould has greatly shortened the production cycle and increased the production capacity through advanced production technology. With the continuous innovation of modern technology, the production cycle of steel mould also has very strict requirements. High-speed cutting is a processing technology characterized by high cutting speed, high feed speed and high processing quality. Its processing efficiency is several times, even more than ten times, higher than that of traditional cutting technology. Because of the continuous innovation of technology, how can we better integrate into the fresh blood? At present, European and American die and mould enterprises widely use NC high-speed milling in production. There are more three-axis linkage, and some are five-axis linkage. The rotational speed is generally 15,000-30,000 r/min. Using high-speed milling technology can greatly shorten the time of mould making.
