Compactinitic 1137
Compactinitic 1137 is a material, that has corrosion resistance in an extend so the parts can be used in a humid and slight acrid environment.
Similiar passive resistance chrome oxide film as in stainless steels
It can be easily machined
It as a low thermal expansion and a high heat conductance (Cu share?)
Excellant sound dampening properties
Austenitic Grade with a vermicular graphite form
created and developed by Lee Shepherd at Vanguard Foundry
The material does not follow or have a designated standard. Instead the alloy is a hybrid utilising the properties of austenitic irons
It also is made by balancing the sulphur and magnesium levels to produce a compacted graphite form.
Compactinitic was developed in conjunction with a German pump housing manufacturer requesting a material to compete with stainless steels with a lower cost associated
The austenitic matrix is developed by a nickel content being above 10%
The chrome level is above 3%
The foundry is currently trying to develop the material as a suitable alternative for Turbo charger housings which are currently produced using Simo and D5s materials.
Similiar passive resistance chrome oxide film as in stainless steels
It can be easily machined
It as a low thermal expansion and a high heat conductance (Cu share?)
Excellant sound dampening properties
Austenitic Grade with a vermicular graphite form
created and developed by Lee Shepherd at Vanguard Foundry
The material does not follow or have a designated standard. Instead the alloy is a hybrid utilising the properties of austenitic irons
It also is made by balancing the sulphur and magnesium levels to produce a compacted graphite form.
Compactinitic was developed in conjunction with a German pump housing manufacturer requesting a material to compete with stainless steels with a lower cost associated
The austenitic matrix is developed by a nickel content being above 10%
The chrome level is above 3%
The foundry is currently trying to develop the material as a suitable alternative for Turbo charger housings which are currently produced using Simo and D5s materials.
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