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Description: (BeO) Ceramics Aluminum Nitride (AlN) Ceramics Silicon Nitride (Si3N4) Ceramics Hot Pressed Boron Nitride (HBN) Ceramics Pyrolytic Boron Nitride (PBN) Ceramics Silicon Carbide (SiC) Ceramics Boron Carbide (B4C) Ceramics Titanium Diboride
- Shape / Form: Rod Stock
- Specialty Ceramic Type: Boron Carbide
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Description: N) Ceramics Silicon Nitride (Si3N4) Ceramics Hot Pressed Boron Nitride (HBN) Ceramics Pyrolytic Boron Nitride (PBN) Ceramics Silicon Carbide (SiC) Ceramics Boron Carbide (B4C) Ceramics Titanium Diboride (TiB2) Ceramics Cerium Hexaboride
- Shape / Form: Rod Stock
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Supplier: Plansee SE
Description: Drills, milling machines or indexable cutting inserts: Nitride and carbide titanium (Ti) and zirconium (Zr) coatings allow you to protect your tools against wear economically and reliably. In addition, zirconium is suitable for decorative coatings in brass-like colors, for example for
- Type: Sputtering Target
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Description: (SiC) Ceramics Boron Carbide (B4C) Ceramics Titanium Diboride (TiB2) Ceramics Cerium Hexaboride (CeB6) Ceramics Lanthanum Hexaboride (LaB6) Ceramics Macor Machinable Glass Ceramics Customized and complex ceramic parts are available on request.
- Material Type: Boron Nitride
- Shape / Form: Bar Stock, Rod Stock
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Description: and ceramic lapping, polishing, and water jet cutting. Because of its low specific weight, great hardness, and good toughness, it is an excellent material for body and vehicle armor. Boron carbide is also widely employed in nuclear reactors as control rods, shielding materials, and
- Material Type: Boron Carbide
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Supplier: Transcat, Inc.
Description: of a blind hole Highly durable because of carbide-tipped contact points (anvils) Measurement can be taken closer to the bottom of the blind bore Can measure deep holes using an Extension rod (optional) which is available on models over 6mm (.275") measuring range
- Range: 0.2750 to 0.3500 inch
- Type: Bore Gage
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Supplier: Transcat, Inc.
Description: the instrument to measure right to the bottom of a blind hole. Highly durable because of carbide-tipped contact points (anvils). Measurement can be taken closer to the bottom of the blind bore. Can measure deep holes using an Extension rod (optional) which is available on
- Type: Micrometer
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Supplier: Transcat, Inc.
Description: optional extension rod. Measurement can be taken closer to the bottom of a blind bore. Supplied in fitted wooden case. Contact point: Carbide or titanium coating* (*over 12mm/.5" models)
- Range: 0.3937 to 0.4724 inch
- Type: Bore Gage
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Supplier: Transcat, Inc.
Description: optional extension rod. Measurement can be taken closer to the bottom of a blind bore. Supplied in fitted wooden case. Contact point: Carbide or titanium coating* (*over 12mm/.5" models)
- Range: 0.7874 to 0.9843 inch
- Type: Bore Gage
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Supplier: 3X Ceramic Parts Company Limited
Description: Diameter 1mm 2mm SSiC Silicon Carbide Rod Silicon carbide rod has excellent characteristics such as high temperature strength, strong high temperature oxidation resistance, good wear resistance, good thermal stability, low coefficient of thermal expansion, high thermal
- Applications: Wear Parts / Tooling
- Carbides / Carbide Ceramic Type: Silicon Carbide
- Compressive / Crushing Strength: 319081 psi
- Density: 3.15 g/cc
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Supplier: 3X Ceramic Parts Company Limited
Description: Silicon Carbide SSiC Pump Shaft SSiC Pump Shaft is produced using very fine SiC powder containing sintering additives. It is processed using forming methods typical for other ceramics and sintered at 2,000 to 2,200° C in an inert gas atmosphere. As well as fine-grained versions, with
- Applications: Wear Parts / Tooling
- Carbides / Carbide Ceramic Type: Silicon Carbide
- Compressive / Crushing Strength: 319081 psi
- Density: 3.1 to 3.15 g/cc
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Supplier: 3X Ceramic Parts Company Limited
Description: Silicon carbide carrier disk, silicon carbide etching disk, ICP etching disk Silicon carbide tray for LED etching (SiC tray) f 600mm is a special accessory for deep silicon etching (ICP etching machine) Wafer carrier, also known as wafer carrier and silicon wafer carrier, is
- Carbides / Carbide Ceramic Type: Silicon Carbide
- Compressive / Crushing Strength: 261066 psi
- Density: 3.12 g/cc
- MOR / Flexural Strength: 56564 psi
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Supplier: CoorsTek
Description: CoorsTek offers a wide variety of tubes and rods manufactured from high-performance technical ceramic materials, including alumina, zirconia, and silicon carbide. Enhance performance and product life by using the material best suited to your application. CoorsTek materials
- Applications: Electrical / HV Parts, Other
- Carbides / Carbide Ceramic Type: Silicon Carbide
- Compressive / Crushing Strength: 79770 to 377096 psi
- Density: 2.8 to 6.02 g/cc
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Supplier: CoorsTek
Description: considering your particular wear conditions and budget. We offer a broad range of aluminas and silicon carbides to ensure an ideal fit, form, and function. Advanced ceramic wear components for a variety of applications: Processing equipment: Pharmaceutical clean rooms
- Applications: Abrasive / Erosive Wear Protection, Corrosion Protection
- Carbides / Carbide Ceramic Type: Silicon Carbide
- Coeff. of Thermal Expansion (CTE): 4.3 to 8.3 µm/m-C
- Compressive / Crushing Strength: 299936 to 507629 psi
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Supplier: Hyperion Materials & Technologies
Description: Cemented tungsten carbide coolant blank with central hole. Options on carbide grade, rod diameter, coolant hole diameter, length, finish, and chamfer.
- Carbides / Carbide Ceramic Type: Tungsten Carbide (WC)
- Shape / Form: Rod Stock
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Supplier: General Carbide Corporation
Description: Cobalt. Nickel. Tantalum. We offer them all. In fact, we produce more than 50 carbide grades in a wide range of binder concentrations and particle sizes. We also lead the industry with the tightest overall material specifications. Our tungsten carbide grades use cobalt binders ranging
- Applications: Abrasive / Erosive Wear Protection, Ceramics / Glass Manufacturing, Chemical / Materials Processing, Corrosion Protection, Wear Parts / Tooling, Other
- Carbides / Carbide Ceramic Type: Tungsten Carbide (WC)
- Density: 13.72 to 13.84 g/cc
- MOR / Flexural Strength: 550000 psi
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Supplier: General Carbide Corporation
Description: Cobalt. Nickel. Tantalum. We offer them all. In fact, we produce more than 50 carbide grades in a wide range of binder concentrations and particle sizes. We also lead the industry with the tightest overall material specifications. Our tungsten carbide grades use cobalt binders ranging
- Applications: Abrasive / Erosive Wear Protection, Ceramics / Glass Manufacturing, Chemical / Materials Processing, Corrosion Protection, Wear Parts / Tooling, Other
- Carbides / Carbide Ceramic Type: Tungsten Carbide (WC)
- Density: 12.87 to 13.11 g/cc
- MOR / Flexural Strength: 470000 psi
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Supplier: General Carbide Corporation
Description: Cobalt. Nickel. Tantalum. We offer them all. In fact, we produce more than 50 carbide grades in a wide range of binder concentrations and particle sizes. We also lead the industry with the tightest overall material specifications. Our tungsten carbide grades use cobalt binders ranging
- Applications: Abrasive / Erosive Wear Protection, Ceramics / Glass Manufacturing, Chemical / Materials Processing, Corrosion Protection, Wear Parts / Tooling, Other
- Carbides / Carbide Ceramic Type: Tungsten Carbide (WC)
- Density: 14.53 to 14.65 g/cc
- MOR / Flexural Strength: 515000 psi
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Supplier: General Carbide Corporation
Description: Cobalt. Nickel. Tantalum. We offer them all. In fact, we produce more than 50 carbide grades in a wide range of binder concentrations and particle sizes. We also lead the industry with the tightest overall material specifications. Our tungsten carbide grades use cobalt binders ranging
- Applications: Abrasive / Erosive Wear Protection, Ceramics / Glass Manufacturing, Chemical / Materials Processing, Corrosion Protection, Wear Parts / Tooling, Other
- Carbides / Carbide Ceramic Type: Tungsten Carbide (WC)
- Density: 14.15 to 14.27 g/cc
- MOR / Flexural Strength: 515000 psi
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Expanding Possibilities with Advanced Internal Threading Solutions Internally threading hard materials like sapphire, silicon carbide, quartz, zirconia, and alumina has long been a machining (read more)
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Fabrication of titanium carbide and diboride specimens by the method of self-propagating high-temperature synthesis for plasma-arc growth of single crystals
A study of the distribution of iron impurity over titanium diboride and titanium carbide rods has shown that the impurity in the combustion product is distributed nonuniformly [12].
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THE OXIDATION OF ZIRCONIUM CARBIDE IN HIGH-TEMPERATURE COMBUSTION GASES*
The zirconium carbide rods had densities in the range 5· 98-6' 24 g./c.c. and the titanium carbide rods densities of ,-...J .
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Sintering operations in Karbid‐Kobalt‐Legierungen with 0,2 to 15 % cobalt
The mixing carbide and lie rod containing titanium carbide lower in the coercive force.
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Dynamic Aspects of Explosion Phenomena > Shock Waves in Self-Propagating High-Temperature Synthesis Research
The products of afterburning and structuring represented the densely packed rods of titanium carbide or boride.
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Some properties of single crystals of titanium carbide
Sintered (porosity 40-60%) rods of titanium carbide were used as the initial specimens.
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Bhabha Atomic Research Centre Studies in Cold Fusion
They were typically a fraction of a gram in mass and were machined from a titanium rod using tungsten carbide tools with a continuous cooling ar- rangement.
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Classification of methods and processes for the manufacture of high-porosity sintered materials. Part 1
In the work reported in [42], titanium carbide crucibles and rods up to 60 mm high, with a porosity of up to 50-60%, were produced by this process.
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Selected bibliography for the extraction of uranium from seawater: chemical process and plant design feasibility study
Other uses of titanium-bearing raw materials are for manufacturing welding rod -coatings, titanium carbides , ceramics, chemicals, and various other products.
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Single crystal growth of the modified spinel (β) and spinel (γ) phases of (Mg,Fe)2 SiO4 and some geophysical implications
rods and disks ( titanium carbide ), and a thermocouple, as shown in Figure 3.
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The sintering of technical boron carbide
In our work, the sheath and the push rod were made of titanium carbide by the method of extrusion and subsequent sintering.