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Welcome to Höganäs Expertise, Quality and Care for Customers — Whenever ideas are to be turned into successful products or Together, we will continue to invest and develop state-of- applications, the first step is to find the right material supplier. the-art powders and processes for a myriad of applications. Höganäs is just that supplier. We are proud to be a strategic partner with our customers Höganäs is the undisputable world leader in iron and metal for many reasons including: powders. Ever since our beginning in 1797, we have been at the forefront of what has been technically possible at the time. By acquiring Höganäs Surface Technology & Ceramic Powders division, Höganäs has gained access to a valuable product portfolio consisting out of high quality surface coating, ceramic and metal powders. • We produce powders of consistent high quality • We recognize and respond to our customers’ unique requirements • We tailor powders to customers’ unique specifications • We track market and application trends and align our new product developments with those trends For more information, please visit www.hoganas.com 2
High Quality Partnerships — Our advanced ceramic powder solutions Our extensive portfolio includes the following material groups: We are a renowned manufacturer of high-quality ceramic powders for a diverse range of applications. We offer one of the most extensive material portfolios in non-oxide ceramic powders, specializing in boron, boride, carbide and nitride powders. Our high-quality products are utilized in applications such as clean energy technologies, technical ceramics, thermal management, and pyrotechnics. Our business is defined by our customer focus and • Boron (amorphous and crystalline) • Borides, such as TiB2, ZrB2 and LaB6 • Carbides, such as B4C, SiC and TiC • Nitrides, such as Si3N4, AlN, BN, TiN • Oxides, Silicon & Silicides • Special carbides, such as Cr3C2, VC, Mo2C and WTiC, for the hard metal industry customer partnerships, which have made us one of the most Our distribution network successful ceramic powder manufacturers worldwide. Our Throughout the world, Höganäs is represented by its sales experts continuously provide customers with technical support offices and agencies. We offer regional technical support and as well as with a wealth of material knowledge. short response times. This is the key in providing an individual- In addition to our vast portfolio of standard grades, we also ized, highly flexible service. engineer ceramic and metal powders on a customer-specific For samples and small quantity orders (a few grams up to basis, aligning various factors such as chemical composition, 100 kgs) our longtime distribution partner abcr GmbH is the particle size distribution and morphology to meet our custom- ideal partner for customers, research institutes or universities ers’ exact requirements. having small volume requirements. Of course, all documenta- tion, i.e. specifications and certificates of analysis are issued by Höganäs. 3
Borides | Product Portfolio Product Type Short Description Lanthanum Hexaboride LaB6 Grade A Grade B Grade C Powder for cathodes Powder for cathodes Powder for cathodes Other grades, i.e. coarse and fine powders are available upon request. Chromium Boride CrB Grade K Grade B Grit material for hard face alloys Fine sinter powder Other grades, i.e. coarse and fine powders are available upon request. Chromium Diboride CrB2 Grade K Grade B Grit material for hard face alloys Fine sinter powder Other grades, i.e. coarse and fine powders are available upon request. Titanium Diboride TiB2 Grade D(e) Grade F(e) Grade SE(e) Powder for hot pressing, technical grade Powder for sintering, 90% < 4.5 μm Higher N, O, Fe contents High purity powders, coarse and doped powders are available upon request. (e) This product is under export control. Please contact us for more details. Average Particle Size / Laser Diffraction d50 μm O max. 0.3% O max. 0.6% O max. 1.5% 8.0-12.0 4.0-7.0 2.0-3.0 O max. 0.3% +400 µm max. 2% / -63 µm max. 5% O max. 0.3% FSSS < 2.5 μm O max. 0.6% +400 µm max. 2% / -63 µm max. 5% O max. 0.6% FSSS < 2.5 μm O max. 1.1% O max. 2.5% O max. 1.5% 3.5-6.0 2.5-3.5 3.5-6.0 Typical Applications • Hot-pressed composites of excellent electrical conductivity, e.g. evaporation boats (TiB2-BN or TiB2-BN-AlN) for continuous aluminum metallizing • Crucible material for non-ferrous metals (Al, Cu, Mg, Zn, etc.) • Ceramic shapes to be used in production of Al in Hall-Héroult cells • Hot-pressed TiB2 armor plates • Cutting tools and cermets, used for machining aluminum • Metal Matrix composites (MMCs) Zirconium Diboride ZrB2 Grade A Grade B Hf min. 0.2%, 90% < 12 μm Hf min. 0.2%, 90% < 6 μm Coarse powders are available upon request. Typical Applications • See TiB2 • Antioxidant in carbon-bonded refractories • Burnable absorbers for neutrons 3.0-5.0 1.5-3.0 4
Boron | Product Portfolio Product Type Short Description Average Particle Size / Laser Diffraction Specific Surface Area (BET) m2/g d50 μm 1.0-2.0 1.5-3.0 1.0-4.0 > 10 > 18 > 5 Amorphous Boron Grade I(e) Grade II(e) Grade III(e) Min. 95% Boron, Mg max. 0.8% Min. 90% Boron, Mg max. 6.0% Min. 86% Boron, Mg max. 12.0% Other specifications are available upon request. (e) This product is under export control. Please contact us for more details. Typical Applications • Automotive (igniter in airbags and belt tighteners) • Additive in pyrotechnic mixtures (flares, igniters and delay compositions) • Additive in solid rocket propellant fuels and explosives • Preparation of refractory metal borides • Sintering additive for SiC advanced ceramics • Reducing additive in fluxes for soldering stainless steel • Neutron absorber in nuclear technology Product type Short Description Main Particle Size mm Laser Diffraction Average Particle Size / Specific Surface Area (BET) m2/g d50 μm 25.0 N/A N/A N/A < 2 Crystalline Boron Grade K1 Grade K2 Min. 99.4% Boron, lumpy Min. 99.4% Boron, lumpy Grade KT 1 Min. 98.0% Boron, lumpy Grade P1(e) Min. 98.0% Boron, fine powder less than 38 μm 1-20 3-8 1-20 Other grades, i.e. fine and coarse powders are available upon request. (e) This product is under export control. Please contact us for more details. Typical Applications • Neutron shields and absorbers in nuclear reactors • Thermistors • Filaments • Preparation of high-purity metal borides • Metallurgy (deoxidizing agent) * Small quantities from a few grams up to a 100kgs may be purchased through abcr. For further information please contact: hoganas@abcr.de Hazards identification in Advertising (Directive 67/548/EEC Article 26 and Directive 1999/45/EC Article 13): (4) highly flammable, (8) harmful. 5
Carbides | Product Portfolio Product Type Short Description Boron Carbide B4C Premium Grades: Broad particle size distribution, high green density Grade HP Grade HS Powder for hot-pressing B:C ratio 3.8-3.9 Powder for sintering B:C ratio 3.7-3.8 Industrial Grades: Very narrow particle size, reduced green density Grade HD 07 Grade HD 15 Grade HD 20 Powder for hot-pressing B:C ratio 3.8-4.0 Powder for sintering Powder for sintering B:C ratio 3.6-3.9 B:C ratio 3.7-3.9 Other grades are available upon request. Average Particle Size / Laser Diffraction Specific Surface Area (BET) m2/g d50 μm 1.5-3.5 0.6-1.2 1.0-2.0 0.6-0.9 0.3-0.6 6-9 15-20 6-9 15-21 22-27 Typical Applications • Abrasive grit or powder (grinding, lapping, polishing) • Wear resistant engineering components (e.g. sand-blasting and water jet nozzles) • Light weight ceramic armor • Metal infiltration • Boron source to produce other boron compounds • High-temperature thermoelements • Sintering additive for SiC advanced ceramics • Neutron shielding material Chromium Carbide Cr3C2 Grade A Grade 160 Grade 300 C min. 12.5% C max. 13.3% C max. 13.3% d100 < 60 µm FSSS < 1.6 µm FSSS 2.0-4.0 µm Other grades are available upon request. Typical Applications • Brake pad formulations • Corrosion resistance parts • Hot working tools • Grain growth inhibitor 15.0-25.0 1.5-3.0 5.0-6.0 N/S 1.0-2.0 < 2 Titanium Carbide TiC Standard 120 Standard 250 Total C min. 19.2% free C max. 0.5% O max. 1.3% Total C min. 19.2% free C max. 0.5% O max. 0.8% High Vacuum 120 Total C min. 19.6% free C max. 0.15% O max. 1.0% High Vacuum 250 Total C min. 19.6% free C max. 0.15% O max. 0.5% 1.0-3.0 4.5-7.0 1.0-3.0 4.5-7.0 N/S N/S N/S N/S Other grades are available upon request. Typical Applications • Hardmetals (tooling and machining) • Cermets • Black ceramics, e.g. (Al2O3-TiC) 6
Product Type Short Description Average Particle Size / Laser Diffraction Specific Surface Area (BET) m2/g Silicon Carbide SiC Grade BF 12 Grade BF 17 Grade B-hp Beta SiC for sintering Beta SiC for sintering Beta SiC powder, high purity, min. 99.995 % Other grades, i.e. doped and fine SiC powders, are available upon request. Typical Applications • Sliding bearings • Seal rings • Wear parts • Kiln furniture, crucibles, heating elements, burner nozzles, heat exchangers Tungsten Titanium Carbide WTiC STD 100 STD 300 HV 100 HV 300 HV 100 HV 300 50/50 (W,Ti) C Total C 12.5-12.9% O max. 0.8% 50/50 50/50 50/50 70/30 70/30 Total C 12.5-12.9% O max. 0.6% Total C 12.7-13.1% O max. 0.5% Total C 12.7-13.1% O max. 0.2% Total C 9.8-10.2% O max. 0.5% Total C 9.8-10.2% O max. 0.2% Typical Applications • Mixed carbide additive for cutting tool and wear part products • Additive for WC based cemented carbide manufacturing • Special carbide additive to improve hardness and HT strength d50 μm 0.4-0.9 0.4-0.6 1.0-2.5 1.0-3.0 4.0-7.0 1.0-3.0 4.0-7.0 1.0-3.0 4.0-7.0 Zirconium Carbide ZrC Grade A Grade B Grade AX(e) 90% < 20μm 90% < 8μm 90% < 20μm Other grades are available upon request. (e) This product is under export control. Please contact us for more details. Typical Applications • Additive for hardmetals Hf > 0.2 < 2.0% Hf > 0.2 < 2.0% Hf < 0.2% 5.0-13.0 3.0-5.0 7.0-12.0 • Additive in powder metallurgy (TZM Titanium-Zirconium-Molybdenum) • Moderator in solid fuel propellant 11-13 15-19 4-6 N/S N/S N/S N/S N/S N/S N/S N/S N/S Other Carbides Höganäs Mo2C, NbC, VC, WC and other carbides are available upon request abcr Alpha SiC, Cr3C2, HfC, Mo2C and other carbides are available upon request * Small quantities from a few grams up to a 100kgs may be purchased through abcr. For further information please contact: hoganas@abcr.de Hazards identification in Advertising (Directive 67/548/EEC Article 26 and Directive 1999/45/EC Article 13): (4) highly flammable. 7
Nitrides | Product Portfolio Product Type Short Description Average Particle Size / Laser Diffraction Specific Surface Area (BET) m2/g d50 μm 7.0-11.0 2.0-4.5 0.8-2.0 7.0-11.0 1.0-3.0 < 2 1-3 2-4 < 2 2-4 9.0-12.0 8.0-11.0 3.0-4.0 4.0-6.0 4-8 4-7 10-20 10-20 Aluminum Nitride AlN Grade A Grade B Grade C Grade AT Grade BT Fe < 50 ppm Fe < 50 ppm Fe < 50 ppm Fe < 500 ppm Fe < 500 ppm O < 1.0% O < 1.5% O < 2.0% O < 1.3% O < 1.5% Coarse and fine powders and experimental grades are available upon request. Typical Applications • High thermally conductive ceramics • Composite ceramics, e.g. evaporation boats • SiAlONs • Heat sinks • Electrically insulating packages for electronics • Crucibles for metals and salt melts • Thermally conductive filler for polymers • Components for wafer processing (susceptors, chucks, carriers) Boron Nitride BN Grade A 01 Grade B 50 Grade C White powder White powder White powder for hot-pressing (min. lot size 100 kg) Grade F 15 Very fine white powder B2O3 max. 0.15% B2O3 max. 3.0% B2O3 max. 3.0% B2O3 max. 0.3% Coarse and fine powders and experimental grades are available upon request. Typical Applications • Solid lubricant for high-temperature applications • Mold release for die casting and injection molding • Raw material for cubic BN • Thermally conductive filler for polymers • Composite ceramics, e.g. evaporation boats • Starting material for hot-pressed BN parts • Refractories Consistently high product quality – from batch to batch, from order to order 8
Product Type Short Description Average Particle Size / Laser Diffraction Specific Surface Area (BET) m2/g Silicon Nitride Si3N4 Ceramic Grades Grade B7 Grade M 9 Grade M 11 PV Grades Alpha-phase > 90%, industrial grade Alpha-phase > 90%, very narrow particle size distribution Alpha-phase > 90%, very narrow particle size distribution Grade M 11 HP coarse Higher purity > 99.95%, reduced metal impurities Grade HP for PV High purity > 99.995%, very low metal impurities Other qualities are available upon request. d50 μm 0.9-1.3 0.7-0.9 0.5-0.7 0.7-0.9 0.8-1.0 > 4 8-10 12-15 9-12 8-10 Typical Applications • Ceramic cutting tools • Metallurgy (thermocouple protection tubes, • Heavy duty components in automotive engines stalk tubes, crucibles) • High-performance parts for mechanical engineering • Bearing components, like high precision balls • SiAlONs • Chemical engineering, e.g. heat exchangers • Functional parts in textile machinery • Releasing agent in Silicon ingot production Titanium Carbonitride Ti(C, N) 50/50 TiC : TiN = 50:50 (weight) Grade A Grade B Grade C Grade D C total 9.5-10.5% C total 9.5-10.5% C total 9.3-10.3% N2 10.5-11.5% N2 10.5-11.5% N2 10.3-11.3% Narrow grain size distribution and low oxygen content Ti(C,N) 70/30 is available upon request. Mixed carbides are available upon request. Typical Applications • Hardmetals (tooling and machining) • Cermets, black ceramics Titanium Nitride TiN Grade A Grade B Grade C N2 min. 20% N2 min. 20% N2 min. 20% Coarse powders are available upon request. O max. 0.6% O max. 1.1% O max. 1.5% Typical Applications • Additive for ceramic parts to increase electrical conductivity • Constituent of cermets and black ceramics • Raw material for TiN sputter targets (PVD) 7.0-10.0 2.0-4.0 1.0-2.0 1.5-4.0 7.0-10.0 2.0-4.0 1.0-2.0 N/S N/S N/S N/S N/S N/S N/S Other Nitrides Höganäs CrN1-x, Cr2N, TaN and other nitrides are available upon request abcr CrN1-x, Cr2N, TaN and other nitrides are available upon request* * Small quantities from a few grams up to a 100kgs may be purchased through abcr. For further information please contact: hoganas@abcr.de 9
Oxides, Silicon & Silicides | Product Portfolio Product Type Short Description Average Particle Size / Laser Diffraction Specific Surface Area (BET) m2/g Yttrium Oxide Y2O3 Grade A Grade B Grade C Grade AT Y2O3/TREO* > 99.9% Y2O3/TREO* > 99.9% Y2O3/TREO* > 99.95% Y2O3/TREO* > 99.9% d50 μm 1.5-3.0 0.9-1.7 0.6-0.9 1.5-3.0 4-9 4-12 10-16 1-7 Other grades are available upon request. *TREO = Total Rare Earth Oxides Typical Applications • Sintering additive for Si3N4, AlN and SiC • Stabilizer for Zirconias – e.g. YSZ coatings (TBCs); YSZ electrolytes for solid oxide fuel cells (SOFC) • Catalyst carrier • Luminescent materials (phosphors) • Constituent of high-temperature superalloys and ODS materials • Additive in special glass (Yttralox) • Dopants for Barium Titanates in electro ceramics Silicon Metal Powder Si Grade AX 20 Grade AX 10 Grade AX 05 Typically less than 20 μm, high purity min. 99.995% Typically less than 10 μm, high purity min. 99.995% Typically less than 8 μm, high purity min. 99.995% Typical Applications • Raw material for reaction bonded Silicon Nitride (RBSN) • Silicon metal infiltration for SiC (SiSiC) Molybdenum Disilicide MoSi2 Grade A Grade B Grade C Si 36.3-36.9% Si 36.1-36.9% Si 35.9-36.9% O max. 0.5% O max. 1.5% O max. 2.0% Fine powders are available upon request. Typical Applications • Composite ceramics • Heating elements • Constituent of glow plugs for engines • Raw material for MoSi2 sputter targets (PVD) 7.5 4.5 3.5 5.5-7.5 3.5-5.0 2.0-3.0 N/S N/S N/S N/S N/S N/S Other Oxides and Silicides Höganäs WSi2, ZrSi2 are available upon request abcr WSi2, ZrSi2, HfO2 are available upon request* * Small quantities from a few grams up to a 100kgs may be purchased through abcr. For further information please contact: hoganas@abcr.de 10
Boron for airbag igniters Amorphous Boron is used for the production of airbag igniters. Silicon nitride for casting industry Casting industries are using Silicon Nitride for foundry It is also used in propellant additives for pyrotechnics. applications like feeders and riser tubes for pneumatically conveying furnaces. The materials are characterized by extraordinary thermal shock resistance as well as by high corrosion and wear resistance. Copyright by BMW AG Nitrides for heating elements Nitrides are known for their excellent wear and oxidation Nitrides for thermal management Based on its thermal conductivity, electrical insulation, and resistance. Demanding technical applications require the favorable Coefficient of Thermal Expansion (CTE), Aluminum combination of outstanding properties waiting for very precise Nitride (AlN) is a material of choice for substrates, ceramic parts and reliable components. Fully ceramic heating elements made of Silicon Nitride (Si3N4) and Aluminium Nitride (AlN) with an integrated ceramic heating conductor represent such trends. and filler applications in heat-releasing environments. AlN is superior to Alumina (Al2O3) and Silicon Carbide (SiC) for the relevant applications. 11
Powders for Solid Oxide Fuel Cells Based on a long history in the development and production has established its own paste production technology, of advanced ceramic powders Höganäs offers a wide range which can be utilized for the development and fabrication of AMPERGY® cathode and anode powders for solid oxide of tailor-made and customized ceramic pastes. fuel cells (SOFCs) and other advanced energy applications, We use our 15 plus years of experience in these application like solid oxide electrolyze cells (SOECs). Moreover, Höganäs areas to meet our customers' needs and requirements. Powders Powder LSM20 LSM30 LSCF LSMC LSC10 LSC40 LSC50 MCF Powder type BET m²/g Typical applications La0.75 Sr0.20 MnO3 La0.65 Sr0.30 MnO3 4.0-6.0 1.5-3.5 La0.6 Sr0.4 Co0.2 Fe0.8 O3 7.5-10.0 • Screen Printing • For SOFC Cathode • Screen Printing • For SOFC Cathode • Screen Printing • For SOFC Cathode La0.8 Sr0.2 Co0.1 Mn0.9 O3 La0.9 Sr0.1 CoO3 La0.6 Sr0.4 CoO3 La0.5 Sr0.5 CoO3 Fe0.1 Co1.9 MnO4 1.5-3.5 4.0-6.0 4.0-6.0 4.0-6.0 • Screen Printing • Contact layer SOFC Cathode • Screen Printing • Contact layer SOFC Cathode • Screen Printing • Contact layer SOFC Cathode • Screen Printing • Contact layer SOFC Cathode 2.0-4.0 • Protective coating on Cr containing interconnectors 10GCO Gd0.1 Ce0.9 O2 10GCO fine Grade Gd0.1 Ce0.9 O2 20GCO Gd0.2 Ce0.8 O2 20GCO fine Grade Gd0.2 Ce0.8 O2 40GCO Gd0.4 Ce0.6 O2 6.0-9.0 10.0-13.0 6.0-9.0 10.0-13.0 10.0-13.0 • Screen Printing • For SOFC Cathode and Anode • Screen Printing • For SOFC Cathode and Anode • Screen Printing • For SOFC Cathode and Anode • Screen Printing • For SOFC Cathode and Anode • Screen Printing • For SOFC Cathode and Anode Customer benefits • Exactly specified powder properties enable setting • Quality advantage because all products are fine and micron of a defined sinter shrinkage matching the system sized powders, offering high homogeneity and high purity • Mixed powders (e.g. LSCF / GCO) are available in different, along with a precise stoichiometry homogeneously mixed ratios • We offer customizable solutions and adjust particle size, powder BET and chemistry according to customer requirements We support you in finding the right powder and paste for your specific application 12
In-house development capabilities Due to our in-house development capabilities, we can meet Customer specific development As a leading producer for advanced ceramic powders, we our customers’ requirements for a variety of applications, such are capable to produce highly homogenous powder mixes. as ASCs (anode supported cells), ESCs (electrolyte supported More over, the individual powder components can be refined cells) and various kinds of electrolyze cells. and adjusted according to very specific customer requirements. Continous high quality High end equipment like a three-roll-mill as well as in-house High-end equipment Our state-of-the art powder technology supplemented by developed proprietary processes have been implemented our paste production capabilities enable us to meet specific to secure a save and reproducible AMPERGY® production. customer requirements for challenging tasks in various applications. Our individual set-up has proven to facilitate the manufacturing of homogenous and stable pastes, thus meeting the increasingly demanding requirements of our customers. 13
Pastes for Solid Oxide Fuel Cells Pastes Powder Powder type Typical applications LSM La0.75 Sr0.20 MnO3 La0.65 Sr0.30 MnO3 LSCF La0.6 Sr0.4 Co0.2 Fe0.8 O3 LSMC La0.8 Sr0.2 Co0.1 Mn0.9 O3 LSC MCF GCO La0.9 Sr0.1 CoO3 La0.6 Sr0.4 CoO3 La0.6 Sr0.4 CoO3 Fe0.1 Co1.9 MnO4 Gd0.1 Ce0.9 O² Gd0.2 Ce0.8 O2 Gd0.4 Ce0.6 O2 NiO NiO Customer benefits • Viscosity 10 Pas-80 Pas (customer defined) • Solid content up to 80w% possible • Particle size defined by customer • Viscosity 10 Pas-100 Pas (customer defined) • Solid content up to 75w% possible • Particle size defined by customer • Viscosity 10 Pas-80 Pas (customer defined) • Solid content up to 80w% possible • Particle size defined by customer • Viscosity 10 Pas-100 Pas (customer defined) • Solid content up to 85w% possible • Particle size defined by customer • Viscosity 10 Pas-100 Pas (customer defined) • Solid content up to 85w% possible • Particle size defined by customer • Viscosity 5 Pas-50 Pas (customer defined) • Solid content up to 70w% possible • Particle size defined by customer • Viscosity 10 Pas-60 Pas (customer defined) • Solid content up to 75w% possible • Particle size defined by customer • Exactly specified paste properties enable defined sinter • Binder systems: according to customer specifications or shrinkage settings to match the customer's system developed by Höganäs • We offer customizable solutions and adjust viscosity, solid • Mixed pastes (e.g. LSCF/GCO) can be offered in different, content, particle size, powder BET and chemistry according homogeneously mixed ratios to customer requirements 14
Pre-alloyed Powders for Hard Metals Höganäs offers unique pre-alloyed iron (Fe) based binder alloys Main advantages of AMPERSINT® MAP under the brand name of AMPERSINT® MAP. The novel binder binder systems systems are designed for the specific requirements of the hard • Identical and even improved material properties metal production and represent an economically as well as • Individual carbon content environmentally viable alternative to conventional WC/Co with • Customization of material and processing identical and even improved material properties. The carbon • Can be processed in the same manner as a content can be individually adjusted to cater to specific hard conventional Co binder metal applications, which enables the customization of • Lower inhalation toxicity of hard metal powders materials and processes. or grinding dust • Effectively bind with other mixture components • No precipitation, phase transitions and grain growth Höganäs‘ binder alloys are suitable for hard metal applications like • Wood cutting tools • Stone cutting tools • Round tools (drilling, milling) • Inserts (turning, milling) • Hot rolling • Wear parts Examples of AMPERSINT® map pre-alloyed iron based binder alloys Binder alloy Hard metal application A6050/A6050HT M1500/1800 A8500 • Universal • Especially G (forming, wear, stone and construction materials) • Suitable for less demanding metal cutting applications (milling, finishing) • For low to very high binder contents • Processing and properties very similar to Co • HT version offers improved hot hardness and high strength at room temperature • For round tools with cooling channels, wood and stone cutting tools, wear parts • For binder content >10% • Austenitic at high carbon content • Very shock and fatigue resistant • Universal • Property profile like cobalt • High hot hardness and high K1C Please find further specialty carbides for the hard metal industry in the carbide section of this brochure. Datasheets for our products are available for download at www.hoganas.com 15
Inspire industry to make more with less Höganäs vision is to inspire industry to make more with less. Powder technology provides endless opportunities; not only does it enable our customers to reduce their material and energy consumption, but it also helps them use new and better techniques that make final products more efficient and less expensive. In short, powders are a resource-efficient alternative, suitable for many industries – that’s one of our contributions to a sustainable world. Contact your nearest Höganäs office today. Sweden Höganäs AB 263 83 Höganäs Sweden Phone: +46 42 33 80 00 Germany United States Höganäs Germany GmbH Saeckinger Strasse 51 79725 Laufenburg (Baden) Phone: +49 160 7479563 Höganäs Germany GmbH Im Schleeke 78-91 38642 Goslar Phone: +49 160 7479563 North American Höganäs High Alloys LLC 101 Bridge Street, Johnstown, PA, 15902 Phone: +1 (617) 584-9147 China Japan Höganäs (China) Co., Ltd. 5646 Wai Qing Song Road Qingpu Shanghai, RPC 201700 Phone: +86 136 519 068 76 Höganäs Japan K.K. Akasaka Shasta East Building 2 –19, Akasaka, 4-Chome, Minato-Ku 107-0052 Tokyo Phone: +81 3 358 282 80 South Korea Höganäs Korea Ltd 15F KDB Life Tower, 372 Hangang-daero, Yongsan-gu Seoul, Korea 04323 Phone: +82 2 511 4344 Taiwan Höganäs Taiwan Ltd Room B, 11 F. No. 44, Sec. 2, Chung Shan N. Rd., Taipei 10448, Taiwan Phone: +886 2 2543 1618 Technical Support Höganäs Germany GmbH Im Schleeke 78-91 38642 Goslar Germany Phone: +49 5321 751 53962 For small-volume ceramic powder- requirements please contact abcr GmbH Im Schlehert 10 76187 Karlsruhe Germany Phone: +49 721 95061 - 0 hoganas@abcr.de Please email inquiries to our global email address: advanced-ceramics@hoganas.com. We will gladly redirect your questions to the sales manager in your region www.hoganas.com 2 - G O H 6 3 8 2 ) . l b u p ( B A s ä n a g ö H 2 2 0 2 ©