Mba épa umi ventaja oguerekóva umi codo resistente desgaste bimetal rehegua.

Ventajas del codo resistente al desgaste bimetal / Codo Compuesto resistente al desgaste bimetal:
1. Resistencia de desgaste iporãva Cromo Medio Rare aleación de desgaste de boro resistente a la desgaste, pe dureza ikatu oñecontrola según diferentes condición de trabajo, pe dureza de cromo ikatu oñecontrola pe rango HRC45-65 ryepýpe, ha oreko alta dureza..
2. The bimetal wear-resistant elbow has strong corrosion resistance, high temperature resistance and high wear resistance. Because of the composition and structural characteristics of R carbides, and the matrix with solid solution content Cr has strong heat resistance and corrosion resistance, and then The addition of Mo makes it exhibit excellent corrosion resistance and wear resistance in high temperature or corrosive environments, and a certain amount of rare earth is added to make the internal structure of the alloy more compact, and a Película protectora oñeforma superficie rehe ani haguã oike infiltración carbono. oñembohetave resistencia desgaste ha resistencia corrosión; rico peteî cantidad de boro-pe ojapo haguã dureza aleación cambio peteî dureza ndikatúiva ojehupyty carburización rupive, ha oreko peteî cantidad MN ombohetave haguã resistencia de fatiga de impacto aleación, ojapóva aleación resistencia desgaste-gui iporãve aleación de cromo yvate ha aleaciones de tierra rara.
3. The weldability of the bimetallic wear-resistant composite elbow is better. In the past, high-chromium alloys and rare-earth alloys have extremely high carbon content in order to achieve a certain hardness, so the weldability is extremely poor, while medium-chromium rare-earth boron alloys basically It is improved by boron, so the weldability is better than that of high chromium alloy and rare earth Aleación, ha katu ndaha’éi ideal. jajeroviava’erã pe soldabilidad A3 ha 16mn rehe pe pared okápe jahupyty haĝua pe resistencia ideal de soldadura, upéicha pe codo general ha’e seguro ha confiable. ..