Optimizing properties of PM parts through selection of proper sinter hardening powder grades
Discusion of the effect of alloy composition on compaction behavior and response to hardening of different powder grades in order to facilitate the selection of materials, mix formulations and processing conditions to optimize the properties of sinter hardened P/M parts
Properties and characteristics of sinter hardened PM steels
The development and characteristics of low alloy steel powders for sinter hardening applications
Transfer case sprocket production through the sinter hardening process
Low alloy steel powders for sinter hardening applications
Machinability of sinter-hardening PM materials with experimental machining enhancers
A study pf the machinability of sinter-hardening materials with new experimental machining enhancers was investigated
Machining sinter hardenable PM materials
Factors affecting the dimensional change of sinter hardening powder grades
Improvement in dimensional stability of sinter-hardening steel powders
In a two-fold approach, discussesthe effect of the mix formulation and the sintering conditions on the dimensional change
Improvement of dimensional stability of sinter hardening powders under production conditions
Some of the key factors related to the materials and to the sintering process, as well as their impact on dimensional change, are discussed in this paper