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Supplier: Dexter Magnetic Technologies, Inc.
Description: Amorphous & Nano crystalline Cores Amorphous and nanocrystalline magnetic cores allow smaller, lighter and more energy efficient designs in many high frequency applications for inverters, adjustable speed drives and power supplies. Amorphous metals are produced by using
- Core Material: Amorphous Metal
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Supplier: Technic, Inc.
Description: Precipitated Amorphous Platinum Powder
- Metal / Alloy Types: Noble / Precious Metal, Platinum / Platinum Alloys, Non-ferrous
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Supplier: Technic, Inc.
Description: Precipitated Amorphous Palladium Powder
- Metal / Alloy Types: Noble / Precious Metal, Palladium / Palladium Alloys, Non-ferrous
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Supplier: Technic, Inc.
Description: Gold Powder, Precipitated Amorphous
- Metal / Alloy Types: Noble / Precious Metal, Gold / Gold Alloy, Non-ferrous
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Supplier: Technic, Inc.
Description: Silver Powder, Precipitated Amorphous, Silpowder ®
- Metal / Alloy Types: Noble / Precious Metal, Silver / Silver Alloy, Non-ferrous
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Supplier: Accuris
Description: Glossary of Terms Used in Amorphous Metals
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Supplier: Accuris
Description: Method of Determining the Crystallization Temperatures of Amorphous Metals
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Supplier: Matexcel
Description: Storage: Store at room temperature Purity: 0.9999 Size: 100nm
- Material Type: Metal
- Particle / Feature Size: 100 nm
- Type: Nano Powder / Particulate
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Supplier: Accuris
Description: Methods of Test for Magnetic Properties of Amorphous Metals Using Single Sheet Specimen
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Supplier: Accuris
Description: Aerospace Series Nickel Base Alloy NI-B40001 Filler Metal for Brazing Amorphous Foil
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Supplier: Matexcel
Description: Storage: Store at room temperature Purity: 0.99 Size: 1um; 10um; 325mesh
- Features: Pure / Very Low Alloy
- Metal / Alloy Types: Non-ferrous, Refractory / Reactive (W, Mo, Ta, Zr)
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Supplier: Matexcel
Description: Storage: Store at room temperature Concentration: Al2O3: 92 wt%, H2O: 6-7 wt% Size: 45nm
- Material Type: Metal
- Particle / Feature Size: 45 nm
- Type: Nano Powder / Particulate
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Supplier: ASTM International
Description: This specification covers the requirements to which flat-cast, amorphous, semi-processed, iron-base magnetic core alloys must conform. These alloys shall be produced by a rapid-quenching, direct-casting process, resulting in metals with noncrystalline structure. The alloys shall be
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Supplier: ASTM International
Description: This specification covers the general requirements to which flat-cast, amorphous, semi-processed, iron-base magnetic core alloys must conform. These alloys shall be produced by a rapid-quenching, direct-casting process, resulting in metals with noncrystalline structure. The metallic
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Supplier: ASTM International
Description: 1.1 This specification covers the general requirements to which flat-cast, amorphous, semi-processed, iron-base magnetic core alloys must conform. 1.2 These alloys are produced by a rapid-quenching, direct-casting process, resulting in metals with non-crystalline structure. The
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Supplier: ASTM International
Description: This specification covers amorphous poly(lactide) and poly(lactide-co-glyc olide) resins used in the manufacture of surgical implants. Materials covered by this specification are virgin poly(lactide) and poly(lactide-co-glyc olide) resins that can be fully solvated at room
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Supplier: 3X Ceramic Parts Company Limited
Description: recent years, new titanium containing alloy systems, such as cuti and NiTi alloys, have been successfully developed by amorphous technology. They can be directly used to braze ceramics and metals. The working temperature of their joints is much higher than that brazed with silver
- Material Type: Alumina / Aluminum Oxide
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Supplier: AENOR
Description: Aerospace series - Nickel base alloys NI-B41001 (NiCr19Si7B) - Filler metal for brazing - Amorphous foil.
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Supplier: AENOR
Description: Aerospace series - Nickel base alloy NI-B21001 (NiCr15B4) - Filler metal for brazing - Amorphous foil.
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Supplier: AENOR
Description: Aerospace series - Nickel base alloy NI-B40002 (NiSi4B2) - Filler metal for brazing - Amorphous foil
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Supplier: AENOR
Description: Aerospace series - Nickel base alloy NI-B13001 (NiP11) - Filler metal for brazing - Amorphous foil
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Supplier: Gelest, Inc.
Description: Additional Properties Hydrolytic Sensitivity 8: reacts rapidly with moisture, water, protic solvents Application Forms hydrogen free films by CVD with trialkylamines.1 Reference 1. Uchida, Y. et al. Mater. Res. Soc. Symp. Proc. (Amorphous Thin Films) 2001, 446. Safety Packaging Under Nitrogen
- Flash Point: 122 F
- Ionic Component: Metalloids (B, Si, Ge, etc.), Non-Metals (C, N, O, P, S)
- Purity: 97 %
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Supplier: Hubbard-Hall Inc.
Description: Iron phosphates produce an amorphous coating that, when applied to the base substrate, becomes a receptive surface for painting and contributes to the overall improvement in quality of the painted part. Some iron phosphates also exhibit synergistic properties with traditional corrosion
- Chemistry: Other
- Form: Liquid
- Industry: Automotive, OEM / Industrial
- Operating / Use Temperature: 110 to 170 F
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Description: Boron nitride nozzles offer the advantages of high-temperature resistance, thermal shock resistance, and corrosion resistance to molten metal, making them frequently employed as diversion nozzles, amorphous strip nozzles, and metal gas atomization powder nozzles for 3D printing
- Applications: Chemical / Materials Processing, Corrosion Protection, Wear Parts / Tooling
- Density: 1.55 to 3 g/cc
- Material Type: Boron Nitride, Specialty Ceramic
- Max Use / Curie Temperature: 900 to 2000 C
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Supplier: Henkel Corporation - Industrial
Description: applications. It is used on steel surfaces for simultaneous cleaning and applying a conversion coating of a corrosion-resistant, non-metallic, amorphous phosphate which increases the adhesion and durability of paint finishes. Please note: BONDERITE M products are used in the surface
- Chemistry: Conversion Coating
- Form: Aerosol, Liquid, Transfer Tape
- Industry: OEM / Industrial
- Substrate / Surface: Metal
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Supplier: Gelest, Inc.
Description: Additional Properties Hydrolytic Sensitivity 8: reacts rapidly with moisture, water, protic solvents Surface Tension (mN/m) 22.5 Application Reacts with H2S in ethanol to yield amorphous sol-gel GeS2.1 Diffuses into
- Flash Point: 93.2 F
- Inorganic Compounds: OrganoMetallics
- Ionic Component: Metalloids (B, Si, Ge, etc.), Non-Metals (C, N, O, P, S)
- Purity: 97 %
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Supplier: Gelest, Inc.
Description: conventional silane coupling agents. They react with the liberation of byproduct hydrogen. Silyl hydrides can react with hydroxylic surfaces under both non-catalyzed and catalyzed conditions by a dehydrogenative coupling mechanism. Trihydridosilanes react with a variety of pure metal surfaces
- Ionic Component: Metalloids (B, Si, Ge, etc.), Non-Metals (C, N, O, P, S)
- Purity: 97 %
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Supplier: Gelest, Inc.
Description: conventional silane coupling agents. They react with the liberation of byproduct hydrogen. Silyl hydrides can react with hydroxylic surfaces under both non-catalyzed and catalyzed conditions by a dehydrogenative coupling mechanism. Trihydridosilanes react with a variety of pure metal surfaces
- Ionic Component: Metalloids (B, Si, Ge, etc.), Non-Metals (C, N, O, P, S)
- Purity: 97 %
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Supplier: Indium Corporation
Description: Germanium dioxide (GeO2) is a white powder that is manufactured in both crystalline and amorphous forms. Germanium dioxide's refractive index (1.7) and its optical dispersion properties make it a useful material for wide-angle lenses and optical microscope lenses. GeO2 is transparent to
- Ionic Component: Metalloids (B, Si, Ge, etc.)
- Non-Metal Compounds: All Non-Metals, Oxides
- Purity: 99.99 to 100 %
- State of Matter: Powder
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Supplier: Techsil Limited
Description: NovaGard® G624 is an amorphous fumed silica thickened, polysiloxane based compound which offers an excellent water barrier with superior corrosion protection properties. Novagard® G624 is a general purpose compound; formulated specifically for use as a water repellent coating to
- Chemistry / Constituents: Silicone, Synthetic / Semi-synthetic
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Supplier: CSA Group
Description: constituent part. Carbon incorporated as carbide, as can be present in metal-containing amorphous carbon films (a-C:Me, a-C:H:Me), does not count to this amount. ISO 20523:2017 does not apply to the class of carbon materials such as fullerenes, carbon nanotubes and graphene.
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Supplier: Mid-Mountain Materials, Inc.
Description: equipment and personnel protection in industries such as Welding, Shipbuilding, Metals Processing, Refineries, Foundries, Power Generation, and Petrochemical, SILTEX® Woven Fabrics and Textiles can be applied to applications where thermal insulation is essential to the reduction of
- Industry & Application: Furnace / Foundry, Power Generation, Other
- Material: Textile, Other
- Protective Function: Thermal (Heat / Fire)
- Thickness: 0.0270 to 0.2000 inch
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Supplier: Morgan Advanced Materials
Description: , sheet, washers, and wire. Melt-Spun Foil is made by rapid solidification, a process that enables the manufacture of amorphous metals which can not be manufactured by conventional cold or hot rolling techniques. Melt-Spun Foil preforms are commonly used to braze heat exchanger
- Form / Shape: Strip / Sheet / Foil
- Melting Range: 1803 to 1929 F
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Supplier: Morgan Advanced Materials
Description: , sheet, washers, and wire. Melt-Spun Foil is made by rapid solidification, a process that enables the manufacture of amorphous metals which can not be manufactured by conventional cold or hot rolling techniques. Melt-Spun Foil preforms are commonly used to braze heat exchanger
- Form / Shape: Strip / Sheet / Foil
- Melting Range: 1103 to 1202 F
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Supplier: Morgan Advanced Materials
Description: , sheet, washers, and wire. Melt-Spun Foil is made by rapid solidification, a process that enables the manufacture of amorphous metals which can not be manufactured by conventional cold or hot rolling techniques. Melt-Spun Foil preforms are commonly used to braze heat exchanger
- Form / Shape: Strip / Sheet / Foil
- Melting Range: 1490 to 1564 F
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Supplier: Morgan Advanced Materials
Description: , sheet, washers, and wire. Melt-Spun Foil is made by rapid solidification, a process that enables the manufacture of amorphous metals which can not be manufactured by conventional cold or hot rolling techniques. Melt-Spun Foil preforms are commonly used to braze heat exchanger
- Form / Shape: Strip / Sheet / Foil
- Melting Range: 1725 to 1790 F
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Borosilicate glass (containing boron oxide and alkali metal oxides) Crystal structure Amorphous (isotropic) Amorphous (isotropic (read more)
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hard or soft encapsulation materials with thermal conductivity. We handle all known state-of-the-art magnetic core materials, including: Electrical grade steel laminations Ferrites Nickel-iron alloys Amorphous metal strip-wound cores (read more)
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providing heat and chemical resistance, improved insulation and electrical characteristics and reduced transmission loss in antennas and sensors. It also enables strong adhesion and lamination to other materials such as smooth copper foils. Transparent Amorphous Fluoropolymer (read more)
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them to withstand deformation due to high temperatures, abrasion, weather, and even natural deterioration. Heat resistant and semi-heat resistant plastics, including both thermo and thermosetting materials, include: Amorphous plastics (read more)
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utilized in welding curtains and blankets. These items can defend workers and stop them from being affected by molten metal splatter, sparks, and heat. Therefore, their safety can be prioritized when undertaking activities like cutting, grinding, or welding. 3. Thermal (read more)
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High-Performance Corrosion-Resistant Materials: Iron-Based Amorphous-Metal Thermal-Spray Coatings: SAM HPCRM Program ? FY04 Annual Report ? Rev. 0 - DARPA DSO ...
…6 Team & Technical Responsibilities _______________________________________________ 7 Materials Design and Synthesis __________________________________________________ 8 Selection of Thermal Spray Process _____________________________________________ 8 Precedents for Thermal Spray_________________________________________________ 10 DAR40 Parent Material _____________________________________________________ 10 HVOF Process for Initial Deposition of Amorphous Metal Coatings __________________ 11 Early…
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HIGHWAY INFRASTRUCTURE FOCUS AREA NEXT-GENERATION INFRASTRUCTURE MATERIALS VOLUME I - TECHNICAL PROPOSAL & MANAGEMENTENHANCEMENT OF TRANSPORTATION INFRASTRUCTU...
Prepared for the United States Department of Transportation Cladding of Reinforcement Bars with Thermally-Sprayed Corrosion-Resistant Amorphous Metals and Ceramics .
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Modern Theory of Magnetism in Metals and Alloys
The third topic is the theoretical development of magnetism in amorphous metals and alloys.
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Structure-Property Relations in Nonferrous Metals
7.3 Amorphous Metals 90 .
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Rapidly quenched metals : second international conference
[The magnitude of the interest in amorphous metals stimulated a one and a half day ONR Materials Workshop on the State of the Art and Applications of Amorphous Metals , held immediately following the present conference at Northeastern University in Boston .
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Metallic Amorphous Alloy Reinforcements in Light Metal Matrices
Apart from the solidification of melt from the liquid state, amorphous metals /metal- lic glasses are widely processed using powder metallurgy techniques, viz., mechani- cal alloying.
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DOE-DARPA High-Performance Corrosion-Resistant Materials (HPCRM), Annual HPCRM Team Meeting & Technical Review
• Fe-based amorphous metal formulations have been identified with corrosion resistance comparable to that of Ni-based Alloy C-22 – Cr & Mo provide corrosion resistance – B enables glass formation – Y lowers critical cooling rate • SAM1651 = 80…
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The amorphous state of metals
We will see, dal ~ have all Eigensehaften of the amorphous metal modification ibr analogue by real gases even if quantitative Untersehiede are very coarse, zun ~ chst the related maritime detention groove sehwer can be recognized so dal ~.
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The Thesis Committee for Jean-Gil Rémy Gutierrez
Certifies that this is the approved version of the following thesis:
Synthesis of amorphous metallic nanoparti...
Amorphous metals have been discovered in 1960 and, because of their structures, exhibit very unique mechanical, magnetic and chemical properties that can have various applications.