Hello everyone, I am the youngest girl in the factory.
Let me popularize with you:
the influence of graphite and matrix in ductile iron
on the performance of ductile iron.
We all know that cast iron contains graphite,
and the graphite in gray cast iron and white cast iron is distributed in flakes,
which has a cutting effect on the matrix structure of cast iron
and reduces the mechanical properties of cast iron.
The graphite in the ductile iron is spherically distributed,
and the cutting and splitting effect on the matrix structure is much smaller.
The tensile strength of ductile iron is twice as high as that of gray cast iron.
The graphite in malleable cast iron is flocculent,
and has less cutting effect on the matrix structure,
close to ductile iron.
The graphite in vermicular cast iron is vermicular,
and the cutting effect is also small.
Therefore, the morphology of graphite has a great influence on cast iron.
Follow me to learn more about casting knowledge~
Let me popularize with you:
the influence of graphite and matrix in ductile iron
on the performance of ductile iron.
We all know that cast iron contains graphite,
and the graphite in gray cast iron and white cast iron is distributed in flakes,
which has a cutting effect on the matrix structure of cast iron
and reduces the mechanical properties of cast iron.
The graphite in the ductile iron is spherically distributed,
and the cutting and splitting effect on the matrix structure is much smaller.
The tensile strength of ductile iron is twice as high as that of gray cast iron.
The graphite in malleable cast iron is flocculent,
and has less cutting effect on the matrix structure,
close to ductile iron.
The graphite in vermicular cast iron is vermicular,
and the cutting effect is also small.
Therefore, the morphology of graphite has a great influence on cast iron.
Follow me to learn more about casting knowledge~
