SinterCom Advancing Sintering Science for Industry Professionals

SinterCom

Advancing Sintering Science for Industry Professionals

Latest Articles

When the Furnace Lies: Industrial Sintering Failures, Root Causes, and the Lessons That Survived Them
Technology & Innovation

When the Furnace Lies: Industrial Sintering Failures, Root Causes, and the Lessons That Survived Them

Sintering failures rarely announce themselves until the damage is already done — whether in the form of warped automotive housings, porous aerospace brackets, or brittle structural components that pass visual inspection but fail under load. This article examines documented industrial failures across multiple sectors, tracing root causes through process data, metallurgical analysis, and the hard-won insights of engineers who lived through the consequences.
Powder, Precision, and National Security: How the Pentagon Is Rethinking Its Dependence on Sintered Materials
Technology & Innovation

Powder, Precision, and National Security: How the Pentagon Is Rethinking Its Dependence on Sintered Materials

Sintered components are embedded throughout the US defense industrial base — from kinetic energy penetrators to radar-absorbing structural parts and precision guidance system magnets — yet the supply chains supporting them remain heavily exposed to foreign material sources. As the Department of Defense accelerates its reshoring agenda, powder metallurgy and sintering capabilities are drawing renewed institutional attention from program offices and defense contractors alike.
Technology & Innovation

Ceramic or Metal Sintering? A Technical Decision Framework for Process Selection

Choosing between ceramic and metal sintering pathways involves far more than material preference — it requires a structured evaluation of thermal requirements, dimensional tolerances, production volumes, and end-use performance criteria. This guide walks process engineers and manufacturing decision-makers through the defining characteristics of each approach, supported by application examples from aerospace, automotive, and medical device manufacturing. Emerging hybrid techniques are also examin
Where Have All the Sintering Engineers Gone? Inside America's Deepening Process Talent Crisis
Workforce & Education

Where Have All the Sintering Engineers Gone? Inside America's Deepening Process Talent Crisis

American manufacturers are struggling to fill sintering process engineer roles at an alarming rate, and the root causes run deeper than a simple labor shortage. From hollowed-out university materials science programs to retiring Baby Boomer specialists, the talent pipeline is under severe strain. Industry leaders are now calling for urgent, coordinated action before the knowledge gap becomes permanent.
Technology & Innovation

From Powder Bed to Finished Part: How Sintering Is Becoming the Secret Weapon of Metal 3D Printing

Metal additive manufacturing has long promised to revolutionize industrial production, but the path from printed green part to certified component runs squarely through the sintering furnace. Across aerospace, automotive, and defense sectors, US manufacturers are discovering that integrating sintering workflows into their 3D printing pipelines is not merely a post-processing step — it is a competitive differentiator. This analysis examines the technical, economic, and organizational forces drivi
Workforce & Education

Sintering Expertise Is Disappearing From the American Factory Floor — and the Industry Is Running Out of Time

A generation of master sintering technologists is approaching retirement, university materials science programs are producing fewer specialists than industry demands, and the companies most dependent on sintering expertise are only beginning to acknowledge the severity of what lies ahead. The talent shortage in thermal processing and powder metallurgy is not a future problem — it is an active crisis with measurable consequences for American manufacturing competitiveness.