Hoeganaes
We are a leading provider of high-performance metal powders, producing 250,000 tons annually to power innovation across industries. Our advanced powders enable the creation of complex, high-density components with superior strength and dynamic properties. From raw material selection to in-house testing and full-scale production, we deliver precision-engineered solutions tailored to your needs. Discover the future of powder metallurgy with us.


Why Hoeganaes?
Superior parts start with exceptional materials. From raw material selection to in-house testing and production, we utilize advanced powder metallurgy to create high-performance components tailored to your needs. With a global manufacturing network and a broad steel powder portfolio, we innovate alloy systems and powder premixing techniques to enhance density, strength, and consistency. Our engineered solutions improve dimensional accuracy, efficiency, and soft magnetic performance, ensuring every component meets or exceeds your performance requirements.
GKN Hoeganaes Introduction

Our Services
We provide comprehensive in-house services, from powder evaluation to metallographic analysis, optimizing materials for Powder Metallurgy and Additive Manufacturing. Our specialized atomization techniques—water, inert gas, and Electrode Induction Gas Atomization (EIGA)—produce powders with precise morphological and mechanical properties. Supported by world-class printing studies and an innovation center, we help customers refine processes for superior results. As a global leader in metal powders, we drive innovation with high-quality materials, cutting-edge technology, and expert support.
Our Services
-
Advanced Atomization Techniques
- Water Atomization – Cost-effective method for irregular powders with high solidification rates, ideal for steel, stainless steel, and copper.
- Inert Gas Atomization – Produces highly spherical powders, suited for more reactive metals like aluminum, nickel, and steel alloys.
- Electrode Induction Gas Atomization (EIGA) – Ensures ultra-high purity spherical powders, perfect for titanium and aluminum alloys.
-
Material Testing & Quality Assurance
- Powder Performance Optimization – We refine key properties such as flow rate, apparent density, and particle size distribution, ensuring materials meet process-specific requirements.
- Mechanical Strength Testing – Our in-house testing capabilities measure tensile strength, hardness, and impact resistance to validate component durability.
- Metallography & Microstructure Analysis – Our world-class metallography experts analyze powder morphology and internal microstructures to assess material integrity and performance in printed and sintered parts.
-
Chemical Composition & Purity
- Certified Elemental Analysis – We guarantee chemical composition accuracy using ASTM standardized methods for critical elements, including oxygen, nitrogen, hydrogen, carbon, and sulfur.
- Powder Morphology Control – Depending on the atomization process, powders exhibit varied shapes and surface characteristics, ranging from irregular to highly spherical. Our analysis ensures optimal morphology for specific applications.
Our Technologies
Powder Production
From raw material selection to precision atomisation, our processes ensure powder with exceptional properties, optimised for performance, consistency, and efficiency in every application.
-
Resource Library
Access our technical datasheets, papers, guidelines, and certifications.
-
Frequently Asked Questions (FAQs)
Get answers to common inquiries about powder metallurgy, sintering processes, and material selection.