六角护坡砖模具的工艺

六角护坡砖模具的工艺：

六角护坡砖模具的耐磨性、耐冷热疲劳性、疲劳断裂性、耐蚀性等。
  Technology of hexagonal slope protection brick mould: wear resistance, heat and cold fatigue resistance, fatigue fracture and corrosion resistance of hexagonal slope protection brick mould

   耐蚀性有些模具如塑料模在工作时，由于塑料中存在氯、氟等元素，受热后分解析出HCI、HF等强侵蚀性气体，侵蚀模具型腔表面，加大其表面粗糙度，加剧磨损失效。Corrosion resistance of some moulds, such as plastic moulds, when working, due to the presence of chlorine, fluorine and other elements in the plastic, HCI, HF and other strong corrosive gases are decomposed after heating, which erode the surface of the mould cavity, increase its surface roughness and aggravate wear failure.

  高温性能当模具的工作温度较高进，会使硬度和强度下降，导致模具早期磨损或产生塑性变形而失效。因此，模具材料应具有较高的抗回火稳定性，以保证模具在工作温度下，具有较高的硬度和强度。When the working temperature of the die is higher, the hardness and strength will decrease, leading to early wear or plastic deformation of the die and failure. Therefore, the die material should have high temper resistance stability to ensure that the die has high hardness and strength at working temperature.

    耐冷热疲劳性能有些模具在工作过程中处于反复加热和冷却的状态，使型腔表面受拉、压力变应力的作用，引起表面龟裂和剥落，增大摩擦力，阻碍塑性变形，降低了尺寸精度，从而导致模具失效。The cold and thermal fatigue resistance of some dies is in the state of repeated heating and cooling in the working process, which makes the surface of the cavity subject to tension and pressure variable stress, causes surface cracking and peeling, increases friction, hinders plastic deformation and reduces dimensional accuracy, thus leading to die failure.

Corrosion resistance of some moulds, such as plastic moulds, when working, due to the presence of chlorine, fluorine and other elements in the plastic, HCI, HF and other strong corrosive gases are decomposed after heating, which erode the surface of the mould cavity, increase its surface roughness and aggravate wear failure.