Register Now for the MPIF Basic Powder Metallurgy Short Course 2025

Register Now for the MPIF Basic Powder Metallurgy Short Course 2025
MPIF Basic Powder Metallurgy Short Course

Comprehensive Training at MPIF Basic Powder Metallurgy Short Course

The Metal Powder Industries Federation (MPIF) opens registration for its 61st Basic Powder Metallurgy Short Course. Scheduled for August 11-13, 2025, at Penn Stater Hotel & Conference Center in Pennsylvania, this course offers a thorough introduction to powder metallurgy (PM). The curriculum covers metal powder production, component design, and industry standards, equipping attendees with essential knowledge for advanced manufacturing.

The course explores key powder metallurgy processes, including pressing, sintering, metal injection molding, and metal additive manufacturing. Attendees will also engage in detailed presentations on refractory metals, PM steels, testing methods, tooling, lubricants, and sintering techniques. This comprehensive program is ideal for professionals seeking to enhance their skills in PM and related technologies.

 

Focus on Powder Metallurgy and Additive Manufacturing

The MPIF Basic Powder Metallurgy Short Course emphasizes the latest trends in powder metallurgy and additive manufacturing. Participants will gain insights into isostatic pressing techniques, microstructure development in ferrous parts, and secondary operations on PM components. The agenda includes a visit to Penn State’s CIMP-3D Lab, providing hands-on exposure to cutting-edge research and innovation.

Early-bird registration discounts run until July 4, 2025, encouraging timely sign-ups. This event represents a critical opportunity for engineers, designers, and industry stakeholders to stay ahead in the evolving powder metallurgy landscape.

 

SuperMetalPrice Commentary:

As demand for lightweight, high-performance materials rises, powder metallurgy and additive manufacturing play pivotal roles in modern industrial applications. The MPIF Basic Powder Metallurgy Short Course offers crucial education to meet these needs, strengthening industry expertise worldwide. For metals markets and battery materials sectors, understanding PM processes supports innovation and sustainable manufacturing growth.

Leave a Reply

smp_app_img
Ti Gr.37ㅣUNS R52815

Ti Gr.37ㅣUNS R52815

Titanium (Ti) Grade 37 is a specialized low-alloyed alpha-type titanium alloy with enhanced mechanical strength and…
Ti Gr.36ㅣUNS R58450

Ti Gr.36ㅣUNS R58450

Titanium-Niobium (Ti-45Nb) Grade 36 is a highly ductile, beta-type titanium alloy with exceptional corrosion and hydrogen…
Ti Gr.35ㅣUNS R56340

Ti Gr.35ㅣUNS R56340

Titanium Grade 35 (UNS R56340) is a high-performance alpha-beta titanium alloy offering an optimal balance…
Ti Gr.34ㅣUNS R53445

Ti Gr.34ㅣUNS R53445

Ti Grade 34 (UNS R53445) is a high-strength, corrosion-resistant alpha titanium alloy micro-alloyed with Nickel…