Iron, Carbon, Nickel or Copper Steels Copper Infiltrated Steels Diffusion Alloy Steels Hybrid Low Alloy Steels MPIF Standard 35 is issued to provide the design and materials engineer with the information necessary for specifying powder metallurgy (PM) materials that have been developed by the PM parts manufacturing industry. This section
Iron, Carbon, Nickel or Copper SteelsCopper Infiltrated SteelsDiffusion Alloy SteelsHybrid Low Alloy Steels MPIF Standard 35 is issued to provide the design and materials engineer with the information necessary for specifying powder metallurgy (PM) materials that have been developed by the PM parts manufacturing industry. This section of Standard 35 deals
Alloy Type Application Chemistry Properties
Proprietary NO SHRINK Brass 70/30, 80/20, 90/10 Brass Bronze 16%-18% Nickel Silver Over the years ASCO has converted thousands of tons of brass powder into sintered brass structural parts. During those years we have developed techniques that enable us to produce world-class quality parts.Precise controls and careful processing are keys
Ferritic, Austenetic and Martensitic Grades 303, 304, 316 Series 409L, 410L, 410HT, 430, 434, 440 Series High Temperature Sintering Where are the markets for stainless steel? Geographically they range from outer space to Arctic wastelands, from the dry desert regions of Africa to the steamy jungle ports of South America.No
Elementally Pure IronIron–Phosphorous AlloysAlloy – 50%Fe & 50%NiSilicon Iron Powder Metallurgy technology is used in the production of soft-magnetic materials and permanent magnets. The PM process permits production to final shape with a minimum of secondary finishing, while at the same time achieving the desiraable magnetic properties.Types of compositions used for
High strength Excellent wear resistance Exceptional dimensional stability Nickel, Molybdenum, Chromium and Manganese alloying elements Cost-efficient PM Processing for hardenable alloy steels Process and Equipment: ASCO Sintering manufactures parts by conventional Powder Metallurgy which is also known as “mold and Sinter”. During sintering, enhanced cooling can be used to improve
Higher Tensile strength Greater Impact & Fatigue resistance Better elongation Improved pressure tightness “HI-IMPAC process innovation produces parts to near full density” THE IMPORTANCE OF DENSITY: Conventional Powder Metallurgy is also known as mold and sinter. It is a process that produces economical net shape parts that can subsequently