Powder Metallurgy

Description: The Powder Metallurgy Information Resource for Component Designers and Engineers No other metal-forming process offers more material choices for structural components than powder metallurgy. Using metal powder and the powder metallurgy process

• Industry: Other Industry
• Location: North America, United States Only, Northeast US Only
• Services: Product Training / Training Manuals, Seminar / Webinar Creation
• Technology / Subject Expertise: Industrial and Manufacturing Engineering

Description: The Basic Powder Metallurgy (PM) Short Course is the powder metallurgy industry's longest running course—celebrating its 50th anniverary in 2014. If you or your company's employees are new to the PM industry, this is the course for you. This Intensive 3-Day Course Is

• Modality: Classroom (On Campus / Trainer's Facility)
• Technology / Subject: Powder Metallurgy
• Type: Course

Description: The Powder Metallurgy Information Resource for Component Designers and Engineers No other metal-forming process offers more material choices for structural components than powder metallurgy. Using metal powder and the powder metallurgy process

• Capabilities: Other
• Industry Served: Aerospace, Automotive, Electrical / Electronics, Manufacturing, Medical, Other Market Served
• Location: North America, United States Only, Northeast US Only
• R & D: Materials Research, Scientific Research, Other R&D

Description: POWDER METALLURGY

Description: Powder metallurgy -- Vocabulary

Description: This new primer is a great introduction to the field of Powder Metallurgy (PM). Those who are new to the field as well as seasoned professionals will benefit from this fresh look at the process and products of PM. The easy writing style of the authors makes this book as enjoyable as it

Description: POWDER METALLURGY STAINLESS STEELS: PROCESSING, MICROSTRUCTURES, AND PROPERTIES

Description: POWDER METALLURGY SCIENCE

Description: ISO 3954:2007 specifies procedures for the sampling of powders for powder metallurgical purposes. lt also covers the splitting of the sample into the quantity required for testing.

Description: This specification and its supplementary detail specifications cover commonly-available rare-earth/cobalt permanent magnets produced by powder-metallurgy.

Description: TC 119 Powder metallurgy // SC 4

Description: ISO 3954:2007 specifies procedures for the sampling of powders for powder metallurgical purposes. lt also covers the splitting of the sample into the quantity required for testing.

Description: Standard Terminology of Powder Metallurgy

Description: Technical Standard

Description: Technical Standard

Description: This specification covers a premium-quality, titanium alloy powder-metallurgy product in the form of billets and preforms for forgings.

Description: 1.1 This terminology includes definitions of terms that are useful to the powder metallurgy industry. These definitions are helpful in the interpretation and application of powder metallurgy terms.

Description: 1.1 This terminology includes definitions of terms that are specific to the powder metallurgy industry. These definitions are helpful in the interpretation and application of powder metallurgy terms.

Description: ISO 28279:2010 specifies the determination of the amount and nature of the surface contamination of powder-metallurgy (PM) parts (i.e. the level of cleanliness of PM parts).

Description: 1.1 This terminology standard includes definitions that are helpful in the interpretation and application of powder metallurgy terms. 1.2 This international standard was developed in accordance with internationally recognized principles on standardization established in the Decision

Description: several advanced powder metallurgy technologies, including density enhancement techniques, soft magnetism, warm forming, gear manufacturing, and specialized powder metallurgy joining & assembly techniques. Additional capabilities include: Custom Tool & Die Design and

• Density Ratio (% Theoretical Density): Fully Dense, 90% to 99% T.D., 85% to 90% T.D., < 85% T.D., Open Porosity Material
• Forming Process: Mechanical Pressing, Sintering
• Location: North America, United States Only, Midwest US Only
• Material: Aluminum, Brass / Bronze, Copper, Nickel Alloy, Stainless Steel, Steel, Other

Description: Monometallic Bearing produced by Metallurgic Powder Process CHARACTERISTICS Self-lubricating and maintenance-free with homogeneously distributed solid lubricant (graphite, MoS2) in the metallic matrix High load capacity and temperature ranges up to 600°C possible depending on

• Bearing Surface Material: Graphite / Metal Alloy
• Bushing Type: Sleeve
• Design Units: Metric
• Operating Temperature: -328 to 1112 F

Description: Hot Pressed Hexagonal Boron Nitride (HPBN/HBN) is an ideal material, which is used to make the Nozzles for molten metal atomization. It is lubricious, machinable, chemical inert, thermal shock resistant and non-wet by molten metal. Specifications or shapes of BN Ceramic Spray Nozzles are very

• Coeff. of Thermal Expansion (CTE): 1.5 to 3.5 µm/m-C
• Compressive / Crushing Strength: 7977 to 31908 psi
• Density: 1.95 to 3 g/cc
• Electrical Resistivity: 1.00E13 to 1.00E15 ohm-cm

Description: ISO 28279:2010 specifies the determination of the amount and nature of the surface contamination of powder-metallurgy (PM) parts (i.e. the level of cleanliness of PM parts).

Description: POWDER METALLURGY - AN OVERVIEW

Description: Abrasives Corp provides a selection of metallurgical quality, de-agglomerated alumina powders and suspension that are ideal for ferrous applications. Also offered is a high quality, soft drying, colloidal silica suspension that is ideal for non-ferrous applications. Providing the

Description: CFS/HD-S High-efficiency Fine Classifier Efficient Solution for Difficult Classifying Needs General This high efficiency air classifier was developed for ultra-fine, sharp separation, and is often used in conjunction with grinding plants. The optimized classifier wheel geometry produces the finest

• Application / Material Processed: Abrasives / Ceramics, Chemicals / Fertilizers, Food Processing / Grain, Metallurgical / Foundry, Mining / Ores / Minerals, Paint Pigments / Adhesive Fillers, Wood / Pulp and Paper
• Equipment Type: Air Classifier / Cyclone
• Process / Operation: Fines Removal / Dedusting, Grading
• Screen Action / Cleaning Device: Air Jet

Description: Quantachrome's Material Characterization Laboratory offers a very broad range of measurement services in support of production, and quality assurance requirements for catalysts, ceramics, pharmaceuticals, abrasives, desiccants, cements, powder metallurgy, carbon blacks, ferrites,

• Chemicals / Chemical Products: Catalysts / Initiators, Inorganic Chemicals, Organic Chemicals, Pharmaceuticals / Drugs, Polymers
• Form: Bulk Solids / Granules, Nanomaterials / Nanoparticles, Powders
• Materials / Material Products: Carbon / Graphite, Ceramics, Noble / Precious Metal, Refractory / Reactive (Tungsten, Zirconium), Minerals
• Process Technology: Other

Description: Isostatic presses are available for powder metallurgy and other applications in a variety of sizes and pressure ratings. Systems feature the compaction chamber, pressurizing pump, fluid reservoir, piping and a convenient steel console.

• Applications: Powdered Metals
• Equipment Type: Cold Isostatic Press
• Maximum Operating Pressure: 60000 psi
• Maximum Operating Temperature: 400 F

Description: coal Reclaimed waste coal Coking or metallurgical grade coal Washed & sized bituminous coal Subbituminous or lignite coal prepped for gasification or liquefaction processes Typical Coal Dryer Applications Carrier has developed a

• Applications / Materials Processed: Power / Coal and Coke
• Dryer Type: Fluidized Bed Dryer, Vibratory Dryer

Description: Metal injection molding is a manufacturing process that combines two technologies into one, powder metallurgy with plastic injection molding. The MIM process is tailored for high volume production of small, metal components that have complex geometries and tight tolerances. Because MIM

• Forming Process: Metal Injection Molding (MIM), Sintering, Other
• Location: North America, United States Only, Northeast US Only
• Material: Copper, Stainless Steel, Steel, Titanium Alloy, Other
• Services: Design Assistance, High Volume Production, Prototype / Short Run, Secondary Machining, Sinter Hardening, Tool / Mold Making

Description: scale. Also ideally suited for mixing of solids or liquids and solids as well as cryogenic grinding. Areas of application Pharmacy, foodstuffs, chemistry, mining and metallurgy, geology and mineralogy, glass and ceramics industry, agriculture and forestry. Method of operation

• Additional Capabilities: Milling
• Application / Industry Use: Food and Beverage Processing, Pharmaceutical Processing, Other Applications / Industry
• Capacity: 3.53E-4 to 0.0067 cubic feet
• Display Type: Digital Numerical Display

Description: Metal Injection Molding (MIM) is a powder metallurgy process that utilizes plastic injection molding technology to shape a component or part. It is an enabling process that creates opportunities for increased part functionality and lower production cost. Our MIM Process section

• Density Ratio (% Theoretical Density): Fully Dense, 90% to 99% T.D., 85% to 90% T.D., < 85% T.D., Open Porosity Material
• Forming Process: Metal Injection Molding (MIM)
• Location: North America, United States Only, Northeast US Only
• Material: Aluminum, Copper, Nickel Alloy, Refractory Metal, Stainless Steel, Steel, Titanium Alloy

Description: Powder injection molding (PIM) is a molding process that mixes metal or ceramic powder with polymeric binders. This technology combines powder metallurgy and plastic injection molding process and mass-produces metal or ceramic components at low cost. X-mag offers

• Location: East Asia / Pacific Only
• Metal Types: Stainless Steel, Other
• Services Offered: Powder Metal (P/M) Services, Design Assistance, Machining

Description: , ceramics industry, construction materials industry, metallurgy, electrical industry, glass industry, nuclear research, soil research Method of operation The grinding sample is typically comminuted by high-energy impacts from grinding balls and partially by friction between balls

• Capacity: 3.53E-4 to 0.0159 cubic feet
• Display Type: Digital Numerical Display
• Media Type: Powders or Granules
• Mounting: Benchtop