Metal powders - Import export

The characteristics of Samarium Cobalt Magnet •Very high magnetic properties with good stability •High magnetic performance - up to about 32MGOe •Superior resistance to high temperature, Curie temperature of majority is over 800°C •Excellent corrosion resistance capability, no coating is needed for surface protection

Place of Origin: China Product name: WC-12Co Application: thermal spraying, HVOF, etc., HVOF, D-Gun Shape: powder, ball like Material:tungsten carbide, cobalt Chemical Composition: WC, Co, etc., Co:12.0;C:5.4;W Bal Dimensions: -325mesh/+15 um;-45 um/+15 um Flow density: 20 sec 4.4g/cm3 Color: gray Supply Ability: 80000 Kilogram/Kilograms per Year Lead time:15days Port of shipment: Xiamen Applicable process: 1.for plasma spraying (PTA) 2.for supersonic spraying (HVOF/HVAF).

SODIUM BORAX TETRABORANATE DECHAHYDRATE 3kg Borax - tetraborate sodium decahydrate is one of the most commonly used boron compounds in the industry. Used for brazing iron, copper, brass, bronze. Increases the solder's ability to spread and penetrate into the smallest crevices of the metal. It is also used as a surface cleaner. Borax is mainly used as: Insecticide and herbicide Laundry detergent (bleaching and softening), Cleaner for various types of surfaces, Sewage pipe cleaner, Deodorant, Soldering and welding agent, Herbicide and insecticide.

At TRADIUM, titanium is available in the following forms for industrial use: - Titanium metal powder - Titanium hydride powder - Titanium sponge - Titanium semi-finished products Your point of contact for titanium is: Thomas Grob Phone: +49 (0)69 50 50 250 - 233 We are looking forward to hearing from you!

Our metallurgists specialize in the design, development and production of specialty metal powders manufactured through advanced high-pressure water atomization technology. We work alongside our customers to develop custom metal alloy powder solutions to exacting specifications for critical applications. Our expertise and nearly 50 years of history in water atomization of specialty metal powder products has led us to supply a huge number of market sectors ranging from automotive to semiconductor to aerospace across the test globe. Water Atomization Process We employ an advanced high-pressure water atomization process to engineer highly customized metal powder. Our technology is proven to achieve fine particle size distributions, enabling our metallurgists to produce precision metal powder products.

Hardfacing Powders are manufactured to have the precise size, shape, and chemistry required for optimal thermal spraying characteristics. Our powders are available in a wide variety of alloys to give the workpiece desired finished qualities - whether it’s good machinability, abrasion resistance, corrosion resistance, ductility, hardness, or high strength. No matter the application, we have a powder that can be manufactured to your exact specifications and meet your coating needs.

Since the 1980’s, we have been a leading producer of superfine powders for Metal Injection Molding (MIM). Our expertise and advanced atomization technology enable us to produce very fine MIM powders down to 10µm. Products and Sizes Our MIM water atomization technology is compatible with most conventional high-performance stainless steels and alloys. Special size distributions are available as well as some standard sizes. Grades: 17-4PH®, 70/30 Fe/Cr, 430L, 316L, other 300 Stainless Steel series Sizes: Typically smaller than 20µm Austenitic Stainless Steels 316L used in MIM applications which require good corrosion resistance, strength and ductility. Also available 304L and 310L. Ferritic Stainless Steels 430L ferritic stainless steel combines good magnetic response and some corrosion resistance. Also available 409L, 410L, and 434L.

AMETEK Specialty Metal Products is committed to meeting the demands of Metal Additive Manufacturing (AM) for mass-production of industrial components. We engineer economic AM powder of mainstream stainless steel, nickel, and cobalt alloys for non-rotor-grade components made by Laser Powder Bed, Binder Jet, and Cold Spray processes. Alloys As a leader in metal powder production for additive manufacturing, we offer several different alloys and size distributions specifically tailored for different additive manufacturing processes and machines. The most common additive manufacturing powder materials produced include: 316L (including A240 grade) 304L 17-4PH® We also offer specialty austenitic and ferritic stainless steels, as well as a selection of nickel and cobalt alloy powders for 3D printing.

Achieving the highest quality polyester and nylon fibers requires selection of the right fiber filter media. We offer many filtration powder options for melt spun polymers. Typical Melt Spun Polymers and Corresponding AMETEK Filtration Product Polyamide / Nylon – AMETEK DP-1 Product Line Polyethylene Terephthalate (PET) / Polyester – AMETEK 316L or DP-1 Product Line Polypropylene – AMETEK 316L or DP-1 Product Line Custom Hot Polymer Filtration materials are offered for the most demanding applications Precision Powders Provide Numerous Advantages Compared to Metallic Fibers, Sand, or Glass Outstanding continuity of spin operation Premium fiber quality through superior filtration Excellent volume performance due to robustness of metal powder Correct porosity and tortuosity in filtration media for maximum hot polymer shear enabled by our advanced water atomization technology No chemical reaction with polymer, eliminating any discoloration of the fiber

Our filter grade powders are available in a wide range of particle size distributions and are uniquely suited to produce sintered porous metal filters for demanding applications. Typical materials include a wide number of commercial alloys specifically tailored for filter applications. The alloys available include but are not limited to high performance Stainless Steels, Hastelloys®, Monels®, Inconels® and Nickel. We produce these alloys specifically for sintered filters in tightly controlled size distributions within the 10-250µm range for liquid and gas filtration. We routinely produce more than 25 different sizes of filter product and are happy to take on the challenge of exacting, custom specifications. Filter Powder Expertise We manufacture filter grade powders that are specially atomized to give the highly irregular shape required for precise filtration. Our plant has been producing water atomized powders for sintered

We have a long and established history in serving the global Powder Metallurgy industry with substantial historical product developments and leadership representation at Metal Powder Industries Federation (MPIF). Our ability to engineer customized, structural metal powders through water atomization for Powder Metallurgy (PM) applications is world renown, particularly in the automotive and industrial markets. Powder Metallurgy (PM) is the process of pressing and sintering a metal powder into a near net shape part that offers numerous advantages over other metal forming technologies including: High customization such as size, alloy and properties Cost effectiveness and sustainability due to near net shape or net shape production Shape complexity without secondary operation Products We manufacture an extensive range of alloys to numerous customers specifications including chemistry modifications.

AMETEK stainless steel flake is manufactured from premium quality 316L stainless steel raw materials. We employ a unique milling process in our dedicated and proprietary batch production area to produce a flattened 316L particle that makes a “leaf” product or flake. As we produce the raw material in-house, our input material is abundant and controlled to the highest quality.

AMETEK offers a range of wear resistant tool steel powers used in P/M, MIM, and metal additive manufacturing. Tool steels use a combination of C, Cr, Mo, V, and W in an Fe based alloy to generate a carbide microstructure in the metal alloy. Powder Metallurgy (P/M) tool steels offer the highest grade of performance, especially in respect to toughness, due to the extremely fine and uniform distribution of carbides resulting from the atomization process. AMETEK offers multiple grades in the M, D, and T series of tool steels including M3-5, D-2, and T-15 among others. Each tool steel is optimized for its respective purpose to give exceptional properties. Some tool steels, such as our premium T-15 grade, can result in hardness near 70 HRC when appropriately processed and heat treated. Materials that have been routinely produced include M-2, M3-2, M3-5, M4-2, D2, and T15.

17-4 PH®, a wrought compressed stainless steel powder, combines high strength and high hardness with excellent corrosion resistance, fracture toughness and heat treatment properties. When machined, 17-4 PH® produces long, gummy chips. While soft and ductile in an annealed condition, it is capable of high hardness properties with a single precipitation or aging treatment. Applications 17-4 PH® is ideal for manufacturing aircraft fittings, braces, chemical processing components, coupling, fasteners, gas turbines, gears, hydraulic actuators, jet engines, nuclear reactor parts, pump shafts, rocket and missile components, valve stems and wear rings. The physical properties of 17-4 PH® stainless steel make it weldable by common fusion and resistance techniques. Among members of the precipitation hardening class of stainless steels, 17-4 PH® has the best weldability.

AMETEK offerswater atomized powder versions of the Tribaloy® alloys T-400 and T-800. These alloys are Cobalt-Molybdenum-Chromium-Silicon (Co-Mo-Cr-Si) based materials that are extremely hard due to the formation of high fractions of intermetallic laves phases. They also exhibit very good oxidation and corrosion performance due to their design chemistry. Tribaloy® alloys are used extensively as hard-phase particles in powder metallurgy of automotive valve seats and guides as well as for other components in the drivetrain requiring enhanced wear performance at elevated temperatures. Tribaloy® alloys are also used extensively for coating and cladding applications in a variety of markets ranging from industrial to aerospace. Tribaloy® T-400 is designed for exceptional wear properties in metal-metal contact scenarios at high temperatures. The alloy has high Co and Mo content and high laves phase fraction leading to very high hardness with reasonable

Hardfacing Powders are manufactured to have the precise size, shape, and chemistry required for optimal thermal spraying characteristics. Our powders are available in a wide variety of alloys to give the workpiece desired finished qualities - whether it’s good machinability, abrasion resistance, corrosion resistance, ductility, hardness, or high strength. No matter the application, we have a powder that can be manufactured to your exact specifications and meet your coating needs. Hardfacing Process Hardfacing or surface coating is a process of spraying or welding metallic powders onto a workpiece or substrate to give it a specific hardness, wear resistance, or corrosion resistance. This process requires the appropriate alloy and particle size distribution for a specific deposition technology. Appropriately selected powders yield the best properties and manufacturing efficiencies.

AMETEK has the metallurgical expertise to produce specialty powders for super-niche and highly engineered applications. Our experience has made us a global leader in the field. Customized and Specialty Alloys Utilizing high pressure water atomization under carefully controlled conditions, we develop innovative powders in an extensive range of standard and custom alloys. Niche Applications Our high alloy powders are used in specialty segments including Sintered Metal Filters, Fiber – polyester and nylon production, Plastic Compounding, Hardfacing and Surface Coating, Powder Metallurgy (P/M), and Metal Injection Molding (MIM). Typical alloys include

Stainless steel powder 430L is a Low-carbon ferritic stainless steels, in mildly corrosive environments or atmospheric exposures, have corrosion resistance approaching that of some nickel stainless steels. These alloys are oxidation resistant at elevated temperatures. Type 430 alloys are ductile and do not work-harden readily. The toughness—defined as resistance to crack propagation or notch strength—of ferritic steels is relatively low, and the ductile-to-brittle transition temperature is at or above room temperature. The corrosion and oxidation resistances of the ferritic steels are directly related to their chromium content. The 17% Cr 430 steel alloys have good corrosion resistance to atmospheric conditions. 430 stainless steel alloys are used in a variety of applications where corrosion resistance is more important than strength. These alloys are resistant to attack in a wide variety of corrosion media.

Stainless steel powder 410L is a magnetic grade of stainless steel exhibiting fair corrosion resistance and decent high temperature sintering response as well as good green strength and high compressibility. 410 Steel powder is a magnetic grade of stainless steel. An excellent candidate for automotive sensor ring and mirror mount applications, P410L exhibits fair corrosion resistance and a decent high temperature sintering response. Major performance features of this stainless steel include green strength and high compressibility. Carbon Additions: Fractions of graphite can be admixed for increase hardenability in 410 SS powder. Ferritic stainless steel powdered metallurgy (P/M) technology is specified for longer-term performance and reliability. Good atmospheric and saline corrosion resistance, hot oxidation resistance and elevated temperature yield strength, at the most economical costs are key reasons for using 400 series stainless steel

Stainless steel powder 409L/409CB is a ferritic, weldable grade of stainless steel with key performance features, including high compressibility, enhanced green strength and good sinterability. This stabilized grade provides excellent corrosion resistance and has the capacity to provide high-caliber mechanical properties due to the high temperature sintering response. 409L/409CB’s versatility also results from Cb being less prone to oxidation than Ti. In addition, the oxide is unable to combine with carbon and the Cb forms a stable carbide which prevents coarsening of carbides and grains in the weld’s HAZ. 409L/409CB Stainless steel is a prime candidate for automotive exhaust system applications, among other uses. 409LNI Powder has added nickel for new automotive specifications. Ferritic stainless steel powdered metallurgy (P/M) technology is specified for longer-term performance and reliability. Good atmospheric and saline corrosion

Stainless steel powder 316L offers the highest degree of corrosion protection that is available in a standard P/M stainless steel grade. It provides very good strength at extremely high temperatures. AMETEK’s 316 grade stainless steel powder includes many fully customized powder specifications by varying lubricant type, content and particle size. We manufacture high quality 316L powders to fit your applications. 316L stainless steel powders are used in stainless steel flakes and are also used for paint additive manufacturing and chemical filtration. The 300 Series Powders are austenitic stainless steels typically used for powdered metallurgy (P/M) press and sinter applications to make near net shape parts for a variety of industrial applications.

Stainless steel powder 304L is a corrosion resistant material that exhibits good property stability below 1000°F. 304L powder is often the most practical stainless steel choice for parts that need the benefit of an austenitic grade. 304 Stainless steel exhibits better overall corrosion resistance than 303 grade. This material is a good choice for parts that will not be subjected to demanding machining operations. A major benefit of this material is the balance of good material performance and economical cost. The 300 Series Powders are austenitic stainless steels typically used for powdered metallurgy (P/M) press and sinter applications to make near net shape parts for a variety of industrial applications.

The 300 Series Powders are austenitic stainless steels typically used for powdered metallurgy (P/M) press and sinter applications to make near net shape parts for a variety of industrial applications. Stainless steel powder 303L is a free machining, austenitic grade that offers moderate corrosion resistance. This stainless steel is sintered in either a partial vacuum or a hydrogren atmosphere to improve ductility and corrosion resistance. 303 Stainless steel powder is a sulfurized grade that is an excellent option for parts that require secondary machining operations, such as food service equipment, pump components and nonmagnetic housings.

AMETEK offers several different Hastelloy® alloys in powder form, including but not limited to C-22, C-276, X, and B alloys. These alloys are all nickel based and used in a variety of applications where the corrosion resistance or service temperature of stainless steels is insufficient. Hastelloy® C-22 and C-276 are used heavily in severe corrosion environments by the Chemical Processing Industry (CPI), Oil and Gas (O&G), and others. Our C-22 and C-276 powders are used to create Filters for these industries, to apply coatings by thermal spray and cladding processes, and to make sintered parts. Hastelloy® B alloys are used in extremely reducing and acidic environments with unparalleled performance in such conditions. The primary application of powders of Hastelloy is in sintered metal filters. Hastelloy® X is one of the original nickel superalloys. Hastelloy® X has excellent fabricability and weldability for a high temperature nickel alloy

As a world class manufacturer of metallic powders used as plastic additives and fillers, we engineer alloyed stainless steel powders in fine and coarse mesh sizes. Our metal additives are uniquely suited for critical plastic and advanced polymer compounding applications. Products and Sizes We offer several different alloys and sizes of material specifically tailored for polymer compounding. Grades: Our metallurgists and engineers have worked to develop our polymer filler compounding products from 316L, 304L, 430L, and 410L alloys. Sizes: The above grades are typically offered in fine sizes and with surface areas suited to suspension in a variety of polymers. Our Plastic Compounding Fine Powder has a particle size approximately 30 microns.

Hand crafted by our master craftsman, we offer a comprehensive range of metal powders and leaves, enabling a wide variety of creative possibilities for artists and craftsmen. Our products are known for their consistent quality and wide selection.

Commodity: Ultra pure and ultra fine copper powder (UPC), not radioactive End Use: Aerospace industry and Medical industry Composition (isotopes): 63Cu 69.1% +/- 0.05% and 65Cu 30.9 % +/- 0.05% High purity: 99.9998 % Particle size (granulometry): from 2 μm to 10 μm Minimum order quantity: 200 kg Origin: Non-criminal and Non-Sanctioned Country Packaging: under Argon, 2 kg bottles Location: Germany IGAS Research certified Availability: Currently available