GKN Powders - Hoeganaes
High Quality Parts Begin With High Quality Materials
From raw materials to full in-house testing to production, discover advanced powder metal technology for complex and precise designs.
We bring together our global manufacturing capability, comprehensive steel powder portfolio, and innovative technologies to develop and tailor solutions that meet your needs.
OUR EXPERTISE
As the industry evolves, we evolve with it. From mass powder production to large scale standard materials, we develop new alloy systems and customized powder-premixing technologies to meet demands for higher performance and complex geometries.
GET MORE WITH YOUR MATERIALS
We offer complete in-house services for all our materials at any time. These services are included and available to help you achieve and meet specific needs on a sample or finished part.
We’re here every step of the way to solve challenges, streamline processes, and meet performance requirements with complete transparency and support.
- Powder evaluation
- Chemical testing
- Printing service
- Physical testing service
ENGINEERED SOLUTIONS
Dynamic technologies improving strength, density, and PM processing. The engineered solutions are developed for higher density parts, greater production efficiencies, higher part-to-part consistency, better dimensional control and soft magnetic performance.
ANCORBOND™
ANCORBOND™ processing is is a chemical bonding treatment of premixes that provides superior powder flow with reduced additive segregation, enabling greater depths of fill during compaction and the potential for higher compaction rates because of the enhanced flow. The greater alloying homogeneity of the powder premix offers reduced dimensional variation after sintering because of the diminished alloy segregation within any given lot. Continuous improvements to ANCORBOND processing yielded higher part densities and an ability to "chemically bond" greater concentrations of graphite and other fine particle additions.
AncorLube LV
AncorLube LV is a premier lubricant solution for high lubricity, improved compaction, and extended tool life. AncorLube LV provides superior lubricity to all other common admixed PM lubricants with no need for specialized or heated tooling, while still maintaining clean burn-out and reduced environmental impact (metallic stearate free). Parts can be produced with excellent green strength and better surface finish with no negative impact on mechanical properties of sintered parts. The highly lubricious nature of the lubricant also allows it to be used at lower additions, allowing for parts compacted to greater green and sintered densities.
AncorMax™
Hoeganaes offers a die heat only premix alternative. The material referred to as AncorMax®200 utilizes dies heated to ~95 °C with no powder preheat. Benefits of this material include enhanced powder flow and higher part densities without the need to preheat both the die and powder. Certain limitations regarding part size and geometry exist; however, this premix alternative has proven successful in numerous applications. Engineered binder treated premixes for higher density and part performance.
AncorCut
A new machining system, designated AncorCut®, has been developed with improved stability and can therefore compliment MnS for use in PM steels. Turning tests were performed to evaluate the benefit of AncorCut on tool wear in different material systems.
Soft Magnetics
Hoeganaes' iron powders are magnetic, which opens the door to many applications. From simple magnets, to induction heating of plastics, photocopy developers to seed separation, Hoeganaes' iron powders can be used in a wide variety of applications. Those made from the phosphorus alloys have higher resistivity, permeability and induction, and reduced coercive force. The presence of phosphorus also decreases the susceptibility of a P/M component to nitrogen aging. Components made from the phosphorus alloys exhibit a good combination of tensile strength, ductility, and impact absorption energy.
AncorLam
A high performance insulated particle material suitable for a variety of soft magnetic applications that require low core losses. Specific applications include ignition system components, electric motor components, solenoids, and inductors.
Sinter Brazing
Ancorbraze® 72 is the premiere sinterbraze material for the joining of ferrous PM parts to each other, or ferrous PM parts to wrought substrates. Successful brazing can be done in the green or sintered condition. The chemical composition of the Ancorbraze 72 material – which can be utilized in the "as-atomized" or fluxed forms — effectively limits the penetration of the braze compound to the area immediately adjoining the desired interface. Each brazing application has unique characteristics due to variations in part composition and processing/sintering parameters. The typical Ultimate Tensile Strength of a brazed joint is 55,000 – 60,000 psi.
The Most Comprehensive Metal Powder Offerings
We’re driving the industry's growth with successive waves of technology for a wide variety of applications.
The largest applications for atomized steel and iron powders are commonly used in the automotive and industrial markets through the production of pressed and sintered parts, also known as the Powder Metallurgy process (PM).
- High Purity Iron Powders
- Sinter Hardening & Diffusion Alloys
- Low Alloy Powders
- High Performance Ancorbond Alloys
High Performance Metal Powders Portfolio
Developed with performance in mind. Our steel powders are designed for optimal results in structural components.
ADVANCED ADDITIVE MATERIALS
Advanced material solutions developed for digital manufacturing of 3D printed parts in prototypes, medium series, and the aftermarket.
Titanium Alloys:
We provide support for materials development and have the capability to tailor powder blends and pre-alloyed materials to fit your needs.
Equipped with R&D atomizers and lab furnaces to produce gas- and water-atomized metal powders, GKN Additive Materials develops materials through various channels to meet customer specifications. Customized powder can be produced on these scales to help develop material properties for precise applications.
Get in Touch with us for more custom solutions:
Email: additivematerials@gknpm.com
Tel: +1 856-303-2736
OUR POWDER DEVELOPMENT
Every quality product begins here. Material technology is a critical success factor for conventional PM industry and the future mass adoption of Metal 3D Printing. By understanding how powder behaves during the entire production process, we can better support and optimize machine parameters and the finished components' properties.
OUR TECHNOLOGY
Atomized and ferrous powder metal technologies that fit various needs.
Dynamic technologies improving PM precision, process performance, and efficiency.
High quality and precision powder tailored to AM processes by optimizing properties with in-house testing capabilities and world class metallography experts.
Atomization Techniques for Additive Manufacturing
We provides atomized metal powder for high quality and precision AM solutions.
Custom alloys are available in all processing techniques upon request.
- Method uses low- and high-pressure water to atomize very irregular powder/ typically used for press & sinter
- High solidification rate yielding irregular powder
- Most suitable for less reactive metals - steel, stainless, copper
- High scalability (several hundred thousand tons per year)
- Higher throughput & lower cost
Materials: SS, Fe alloys
- High-pressure Inert Argon or Nitrogen for atomizing
- Lower solidification rate yielding spherical powder
- Most suitable for more reactive metals & alloys
- Lower scalability (up to a few thousand tons per year)
- Limited throughput & higher value
Materials: SS, Fe, Al, Ni alloys
- Very high purity, spherical powder
- High-pressure Inert Argon for atomizing
- Most suitable for reactive metals & alloys
- Lower scalability (up to a few thousand tons per year)
- Limited throughput & higher value
Materials: Ti, Al alloys
WHY GKN HOEGANAES
Access our technical datasheets, papers, guidelines, and certifications.
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