In order to be prepared for possible end-user's requests to apply high-strength PM parts without processing nickel a consortium consisting of three part producers, a powder manufacturer, a gear-box producer and two research institutes started a BRITE-EuRam project in order to evaluate industrially acceptable nickel-free alloys. The comparative base for the material development was given by the diffusion alloyed PM steel Fe-4.0Ni-1.5Cu-0.5Mo mixed with 0.6C at 7.1 g/cm 3. Among 15 candidate alloy systems the prealloyed material (Fe-3.0Cr-0.5Mo) mixed with 0.5Cu and 0.3C was selected as the most promising one with regard to powder flow, spring-back behaviour, dimensional stability after sintering and mechanical properties. The performance of ...
Mechanical properties of the diffusion alloyed PM' steel Fe-4.0 percent Ni-1.5 percent Cu-0.5 percen...
The aim of the study was to examine how a reduction of Mn content in PM steels will affect their pla...
The goal of this study was to develop an iron-based alloy, similar to Type 316 stainless steel in me...
Free nickel is avoided more and more in the development of new iron basis P/M alloys, either by comp...
Mo-Ni-Cu steel powders are widely used to manufacture high performance PM parts. A large proportion ...
Heavy duty applications of the automotive industry are forcing the PM' industry more and more to dev...
Proceedings of: 4th International Conference on Powder Metallurgy (RoPM 2009).Since low alloyed sint...
Powder metallurgy (PM) for bearing steel manufacturing was introduced several decades ago and mainly...
Many PM applications requiring very good heat treated properties have utilized the FN-020X material ...
In an effort to broaden the use of powder metallurgy components to high load applications it is nece...
The mechanical properties of components made by PM steels are normally inferior to those made by alt...
In an attempt to study the sinterability of potential high-strength nickel-free sintered structural ...
In the world practice of manufacturing gears for automotive equipment, a search is being made for ne...
Low alloyed steels containing innovative combinations of alloying elements have been produced though...
Mechanical properties of the diffusion alloyed PM' steel Fe-4.0%Ni-1.5%Cu-0.5%Mo+0.6%C (Ultrapac LE ...
Mechanical properties of the diffusion alloyed PM' steel Fe-4.0 percent Ni-1.5 percent Cu-0.5 percen...
The aim of the study was to examine how a reduction of Mn content in PM steels will affect their pla...
The goal of this study was to develop an iron-based alloy, similar to Type 316 stainless steel in me...
Free nickel is avoided more and more in the development of new iron basis P/M alloys, either by comp...
Mo-Ni-Cu steel powders are widely used to manufacture high performance PM parts. A large proportion ...
Heavy duty applications of the automotive industry are forcing the PM' industry more and more to dev...
Proceedings of: 4th International Conference on Powder Metallurgy (RoPM 2009).Since low alloyed sint...
Powder metallurgy (PM) for bearing steel manufacturing was introduced several decades ago and mainly...
Many PM applications requiring very good heat treated properties have utilized the FN-020X material ...
In an effort to broaden the use of powder metallurgy components to high load applications it is nece...
The mechanical properties of components made by PM steels are normally inferior to those made by alt...
In an attempt to study the sinterability of potential high-strength nickel-free sintered structural ...
In the world practice of manufacturing gears for automotive equipment, a search is being made for ne...
Low alloyed steels containing innovative combinations of alloying elements have been produced though...
Mechanical properties of the diffusion alloyed PM' steel Fe-4.0%Ni-1.5%Cu-0.5%Mo+0.6%C (Ultrapac LE ...
Mechanical properties of the diffusion alloyed PM' steel Fe-4.0 percent Ni-1.5 percent Cu-0.5 percen...
The aim of the study was to examine how a reduction of Mn content in PM steels will affect their pla...
The goal of this study was to develop an iron-based alloy, similar to Type 316 stainless steel in me...