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Supplier: 3X Ceramic Parts Company Limited
Description: Alumina Ceramic Plate Properties : The alumina ceramic plate for industrial is made of Al2O3 as the main raw material and rare metal as the flux through 1700 ° high temperature sintering. Through mold making, aluminum oxide powder batching, grinding, milling, pressing, sintering
- Applications: Refractory / High Temperature Materials
- Compressive / Crushing Strength: 362592 psi
- Modulus of Elasticity: 5.51E7 psi
- Shape / Form: Bar Stock, Fabricated / Custom Shape, Rod Stock
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Supplier: 3X Ceramic Parts Company Limited
Description: brittle materials, their melting point is higher than that of metals, and their linear expansion coefficient is quite different from that of metals, resulting in high residual stress in the welded joint between Ti (C, n) - based ceramic blades and tool rods, and
- Material Type: Alumina / Aluminum Oxide
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Supplier: 3X Ceramic Parts Company Limited
Description: 96% Alumina Ceramic Nozzle Blown Discharge Advantages of alumina ceramic nozzle blown discharge : (1) High mechanical strength. The bending strength of alumina ceramic sintered products can reach 250Mpa, and that of hot pressed products can reach 500MPa. The
- Compressive / Crushing Strength: 290074 psi
- Density: 3.6 to 3.9 g/cc
- Material Type: Alumina / Aluminum Oxide
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Supplier: 3X Ceramic Parts Company Limited
Description: ceramic has a high melting point and low thermal expansion coefficient, making it stable over a wide temperature range. Precise dimensions: Injection molding allows for the production of probe housings with precise dimensions and intricate features. Cost-effective:
- Density: 6.00E-6 g/cc
- Material Type: Zirconia, Specialty Ceramic
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Supplier: NETZSCH-Gerätebau GmbH
Description: PCE 428 - Pyrometric Cone Equivalent Because of the heterogeneity of their composition and structure, ceramic refractories do not exhibit a uniform melting point. The refractoriness is characterized by the optical determination of the pyrometric cone
- Display & Special Features: Computer Interface / Networkable, Laboratory / Batch
- Property Analyzed: Other
- Test Media / Material: Ceramics / Glass
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Supplier: Umicore Metal Deposition Solutions
Description: -2875 10?² mbar in °C 2400 10?¹ mbar in °C 2600 Boiling point in °C 4300-5000 Melting Possible Sublimation Good W Possible Mo Good Preparation of base melt (premelt
- Density: 5.6 g/cc
- Diameter: 0.4921 inch
- Length: 0.3150 inch
- Material Type: Zirconia, Specialty Ceramic
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Supplier: Umicore Metal Deposition Solutions
Description: -2875 10?² mbar in °C 2400 10?¹ mbar in °C 2600 Boiling point in °C 4300-5000 Melting Possible Sublimation Good W Possible Mo Good Preparation of base melt (premelt
- Density: 5.6 g/cc
- Diameter: 0.8661 inch
- Length: 0.3150 inch
- Material Type: Zirconia, Specialty Ceramic
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Supplier: Umicore Metal Deposition Solutions
Description: -2875 10?² mbar in °C 2400 10?¹ mbar in °C 2600 Boiling point in °C 4300-5000 Melting Possible Sublimation Good W Possible Mo Good Preparation of base melt (premelt
- Density: 5.6 g/cc
- Diameter: 0.8661 inch
- Length: 0.3150 inch
- Material Type: Zirconia, Specialty Ceramic
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Supplier: Umicore Metal Deposition Solutions
Description: in °C ~ 2300 10?¹ mbar in °C ~ 2700 Boiling point in °C 4300-4440 Melting Possible Sublimation Possible W Good W Possible Mo Good Preparation of base melt
- Density: 5 g/cc
- Diameter: 0.0394 to 0.1181 inch
- Material Type: Yttria, Specialty Ceramic
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Description: Zirconia ceramic, also known as zirconium dioxide (ZrO2) ceramic, is a new type of high-tech ceramic with the highest room-temperature toughness and strength of all advanced ceramic materials. It is also very thermally insulating and has a low thermal
- Compressive / Crushing Strength: 304577 psi
- MOR / Flexural Strength: 174044 psi
- Material Type: Zirconia
- Modulus of Elasticity: 2.90E7 psi
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Description: Rods Performance Description Our zirconium oxide ceramic rods exhibit outstanding mechanical properties, including high strength, toughness, and hardness. They have a high melting point, excellent thermal shock resistance, and low thermal conductivity. Zirconia ceramic
- Applications: Electrical / HV Parts
- Material Type: Zirconia, Specialty Ceramics
- Shape / Form: Rod Stock
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Description: high melting point and low coefficient of thermal expansion allow it to withstand prolonged use at high temperatures without deformation or cracking, making it suitable for high temperature processes and applications. 3. Excellent chemical stability: Zirconia ceramic pins
- Material Type: Zirconia, Specialty Ceramic
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Description: Lanthanum hexaboride, or LaB6, is a purple-violet colored advanced ceramic material. It is water stable and has a rather high melting point. In addition, LaB6 has a low work function and one of the highest electron emissivities of any known material. One of
- Density: 4.3 g/cc
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Description: Beryllium Oxide Introduction In the realm of advanced materials, few shine brighter than beryllium oxide (BeO) ceramics. Renowned for their exceptional thermal conductivity, superior electrical insulation, and remarkable mechanical strength, BeO components excel in
- Applications: Electrical / HV Parts
- Material Type: Beryllia / Beryllium Oxide, Specialty Ceramic
- Shape / Form: Tube Stock
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Description: Zirconia ceramic, also known as zirconium dioxide (ZrO2) ceramic, is a new type of high-tech ceramic with the highest room-temperature toughness and strength of all advanced ceramic materials. It is also very thermally insulating and has a low thermal
- Density: 6 g/cc
- Material Type: Zirconia
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Description: Alumina (Aluminum oxide) is extremely hard and has a very high melting point. Alumina ceramic is the most common and traditional technical material. High purity alumina has excellent electrical insulation properties, as well as high chemical resistance and low thermal expansion.
- Material Type: Alumina / Aluminum Oxide
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Supplier: Zhuhai Cersol Technology Co., Ltd.
Description: Zirconium Carbide is an important high-temperature structural material with high melting point, high strength and high corrosion resistance. It also has the characteristics of efficient absorption of visible light, reflection of infrared and energy storage.
- Material Type: Carbide Materials
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Description: What is beryllium oxide ceramic rod? Beryllium oxide (BeO) ceramic rods are made from beryllium oxide ceramics, a compound with the chemical formula BeO, known for its high melting point, low thermal expansion, and excellent electrical and thermal conductivity
- Applications: Electrical / HV Parts
- Material Type: Beryllia / Beryllium Oxide, Specialty Ceramic
- Shape / Form: Rod Stock
- Thermal Conductivity: 240 W/m-K
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Supplier: Specialty Seal Group
Description: Ceramic-to-Metal End Seals Give Top Performance in Harsh Industrial Environments Specialty Seal Group (SSG) offers ceramic-to-metal seals a wide range of uses. Single- & Dual-Lead Seals Typical Applications: Industrial Heaters
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Supplier: ASTM International
Description: high melting point metal or alloy. 1.2.5 Type 4 - Thermocouple assemblies in which one thermoelement is in the shape of a closed-end protection tube and the other thermoelement is a solid wire or rod that is coaxially supported inside the closed-end tube. The space between the
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Supplier: ASTM International
Description: melting point metal or alloy. 1.2.5Type 4-Thermocouple assemblies in which one thermoelement is in the shape of a closed-end protection tube and the other thermoelement is a solid wire or rod that is coaxially supported inside the closed-end tube. The space between the two
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Supplier: ASTM International
Description: made of a high melting point metal or alloy. 1.2.5 Type 4-Thermocouple assemblies in which one thermoelement is in the shape of a closed-end protection tube and the other thermoelement is a solid wire or rod that is coaxially supported inside the closed-end tube. The
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Supplier: Zhuhai Cersol Technology Co., Ltd.
Description: Molecular formula: TiB2,CAS No.: 12045-63-5. Characteristic: ? Black hexagonal crystal or powder; tasteless. ? Excellent thermal stability, oxidation resistance and electrical conductivity. ? Density: 4.50-4.52, melting point: 2980
- Density: 4.5 to 4.52 g/cc
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Supplier: Zhuhai Cersol Technology Co., Ltd.
Description: Molecular formula: TiB2,CAS No.: 12045-63-5. Characteristic: Black hexagonal crystal or powder; tasteless. Excellent thermal stability, oxidation resistance and electrical conductivity. Density: 4.50-4.52, melting point: 2980 °c,hardness: 3600, oxidation
- Density: 4.5 to 4.52 g/cc
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Supplier: Zhuhai Cersol Technology Co., Ltd.
Description: Molecular formula: B4C Mohs hardness: 9.36 Density: 2.52g/cm ³ Melting point: 2450 °C Appearance: gray black powder. One of the hardest materials. It has become an ideal material for many industries because of its acid-base resistance, high temperature resistance Main
- Material Type: Boron Carbide, Carbide Materials
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Supplier: ASTM International
Description: made of a high melting point metal or alloy. 1.2.5 Type 4-Thermocouple assemblies in which one thermoelement is in the shape of a closed-end protection tube and the other thermoelement is a solid wire or rod that is coaxially supported inside the closed-end tube. The
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Supplier: Accuratus Corporation
Description: Zirconia is an extremely refractory material. It offers chemical and corrosion inertness to temperatures well above the melting point of alumina. The material has low thermal conductivity. It is electrically conductive above 600°C and is used in oxygen sensor cells and as the
- Material Type: Zirconia, Specialty Ceramic
- Shape / Form: Fabricated / Custom Shape
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Description: requirements. Features High melting point High electrical insulation Low dielectric constant Higher mechanical strength Superior corrosion resistance against molten metal Thermal and chemical stability High thermal conductivity (170-220w/mk)Similar coefficient of thermal
- Applications: Other
- Material Type: Aluminum Nitride, Specialty Ceramic
- Performance Features: Specialty / Other
- Shape / Form: Wafer / Substrate
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Supplier: R. S. Hughes Company, Inc.
Description: 3M 3764B clear hot melt adhesive is compatible with abs, acrylic, ceramic, chipboard, coated cardboard, foam, glass, plastic, polycarbonate, polyethylene and pvc materials. Additionally, this hot melt adhesive is a high melt adhesive with a melting point of +190.4 F.
- Cure Type / Technology: Thermoplastic / Hot Melt
- Viscosity: 6000 cP
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Supplier: R. S. Hughes Company, Inc.
Description: 3M 3764 B clear hot melt adhesive is compatible with abs, acrylic, ceramic, chipboard, coated cardboard, foam, glass, plastic, polycarbonate, polyethylene and pvc materials. Additionally, this hot melt adhesive is a high melt adhesive with a melting point of +190.4 F.
- Cure Type / Technology: Thermoplastic / Hot Melt
- Viscosity: 6000 cP
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Supplier: Coperion K-Tron
Description: The Loss-in-Weight Belt Feeder FB130 combines the gentle material handling advantages of a belt feeder with the accurate control of a loss-in-weight system. It is ideal for feeding fragile products or powders with special characteristics, e.g. powders with very low melting
- Application / Operation: Metering
- Common Features: Control Panel, Integral Hopper / Bin
- Feeder Type: Belt / Apron Feeder
- Flow Control: Weighing / Gravimetric
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Supplier: R. S. Hughes Company, Inc.
Description: 3M 3764 AE clear hot melt adhesive is compatible with abs, acrylic, ceramic, chipboard, coated cardboard, foam, glass, plastic, polycarbonate, polyethylene and pvc materials. Additionally, this hot melt adhesive is a high melt adhesive with a melting point of +190.4 F.
- Cure Type / Technology: Thermoplastic / Hot Melt
- Viscosity: 6000 cP
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Supplier: R. S. Hughes Company, Inc.
Description: 3M 3764 TC clear hot melt adhesive is compatible with abs, acrylic, ceramic, chipboard, coated cardboard, foam, glass, plastic, polycarbonate, polyethylene, polypropylene and pvc materials. Additionally, this hot melt adhesive is a high melt adhesive with a melting point
- Cure Type / Technology: Thermoplastic / Hot Melt
- Viscosity: 6000 cP
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Supplier: JC Cherry, Inc.
Description: details. Vacuum Features Antioxidant Prevents the invasion of impurities Causes a special phenomenon (Discharge, Plasma)Lower melting point Hard heat cool-down Hard sound pass Hard electricity pass Insulation is improved
- Gender: Male / Plug, Female / Jack
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Supplier: Gelest, Inc.
Description: of the three hydrogen atoms on terminal silicon atoms has a lower energy barrier. Poly(dimethylsilane) ; Polydimethylsilene Pre-ceramic polymer Undergoes substantial degradation before reaching its melting point, 250-270 °C DP: 25-50 Forms
- Chemical / Polymer System Type: Silicone
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Supplier: Indium Corporation
Description: melting point of 157°C but a high boiling point of 2080°C; one of the highest liquidus temperature range of any metal. Indium has a low vapor pressure making it ideal for use in high vacuum applications. Indium is soft, pliable and malleable, even
- Form / Shape: Bar Stock, Block / Billet
- Material: Specialty / Other
- Type: Anode / Anode Material
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Supplier: Chatham Components, Inc.
Description: The SEFUSE brand SF-E and SF-R series thermal fuses are designed for high current applications. The thermal sensitive pellet in the SEFFUSE brand TCO liquefies when the temperature rises to the melting point of the thermal element. This, in turn, allows a spring action to
- AC Voltage: Yes
- Alternate Lead Lengths Available: Yes
- Case Assembly Length: 9 mm
- Cutoff Temperature: 76 C
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Supplier: Chatham Components, Inc.
Description: The SEFUSE brand SF-E and SF-R series thermal fuses are designed for high current applications. The thermal sensitive pellet in the SEFFUSE brand TCO liquefies when the temperature rises to the melting point of the thermal element. This, in turn, allows a spring action to
- Cutoff Temperature: 99 C
- Thermal Cutoff Style: Axial Leads
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Supplier: Plansee SE
Description: Stirrers are used to homogenize the glass melts. These must withstand extremely high temperatures and aggressive glass melts. Molybdenum from Plansee is the right material for these challenging conditions. Melting point of 2 620 °C (4 748 °F) Outstanding creep
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Supplier: Plansee SE
Description: Stirrers are used to homogenize the glass melts. These must withstand extremely high temperatures and aggressive glass melts. Molybdenum from Plansee is the right material for these challenging conditions. Melting point of 2 620 °C (4 748 °F) Outstanding creep
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Supplier: Plansee SE
Description: Stirrers are used to homogenize the glass melts. These must withstand extremely high temperatures and aggressive glass melts. Molybdenum from Plansee is the right material for these challenging conditions. Melting point of 2 620 °C (4 748 °F) Outstanding creep
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Supplier: NETZSCH-Gerätebau GmbH
Description: and faster characterization by patented c-DTA® With the TG 209 F1 Libra®, the sample temperature is measured directly. Endo- and exothermal reactions can now be detected and show, for example, the melting point of the sample
- Computer Interface: Yes
- Cooling Available: Yes
- Display Options: Video Display
- Local Interface: Digital Front Panel
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Supplier: Plansee SE
Description: . Our nozzles ensure optimum heat transfer and are able to withstand even the most extreme mechanical stresses. Optimum materials properties. Long service life. Thanks to its high melting point, tungsten ensures that even the high temperatures that occur at the particularly exposed
- Materials Processed: Specialty / Other
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Featured Products Top
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We are proud of our top-class technical capabilities among manufacturers of ceramics and high-melting-point metals in terms of both dimensional and geometric accuracy. There is no limit to the precision demanded by our customers, which is becoming more and more sophisticated as time and (read more)
Browse Ceramic Fabrication Services Datasheets for Top Seiko Co., Ltd. -
Alumina Ceramic Nozzle Blown Discharge Advantages of alumina ceramic nozzle blown discharge : (1) High mechanical strength. The bending strength of alumina ceramic sintered products can reach 250Mpa, and that of hot pressed products can reach 500MPa. The strength can be (read more)
Browse Aluminum Oxide and Alumina Ceramics Datasheets for 3X Ceramic Parts Company Limited -
Fountyl manufactures a wide range of ceramic structural parts, including tubes, rods, substrates, plates, positioning pins, plungers, and pump valves. These components are widely used in melting furnaces (read more)
Browse Industrial Ceramic Materials Datasheets for Fountyl Technologies Pte. Ltd. -
resistant to corrosion, making it suitable for use in harsh environments. Thermal stability: Zirconia ceramic has a high melting point and low thermal expansion coefficient, making it stable over a wide temperature range. Precise dimensions: (read more)
Browse Zirconium Oxide and Zirconia Ceramics Datasheets for 3X Ceramic Parts Company Limited -
Our Mullite insulating ceramic stands out due to its exceptional high melting point and outstanding thermal (read more)
Browse Specialty Ceramics Datasheets for Suntech Applied Materials (Hefei) Co.,Ltd -
Advantages of High-Purity Alumina Ceramic Setters/Sintering Trays or Plates 1. High Thermal (read more)
Browse Aluminum Oxide and Alumina Ceramics Datasheets for Xiamen Innovacera Advanced Materials Co., Ltd. -
. Density: The density is 3.3 g/cm³, which is lower than most ceramics. Melting point and boiling point: The melting point is 2200°C, the boiling point is 2517°C, and it has high heat resistance. High thermal conductivity: The thermal conductivity (read more)
Browse Specialty Ceramics Datasheets for Xiamen Unipretec Ceramic Technology Co., Ltd. -
Silicon carbide ceramic precision parts: inject "soul" into the new generation of lithography machine The key equipment of integrated circuit represented by lithography machine is the product of high integration of modern technology. Its design and manufacturing process can reflect the (read more)
Browse Silicon Carbide and Silicon Carbide Ceramics Datasheets for 3X Ceramic Parts Company Limited -
, the key points in the sintering process of AlN Ceramics are as follows: first, select appropriate sintering process and atmosphere; The second is to select appropriate sintering additives. 1. Sintering process Aluminum nitride has low self diffusion coefficient and sintering is very (read more)
Browse Industrial Ceramic Materials Datasheets for 3X Ceramic Parts Company Limited -
refractory rings in the solidification zone, at this point, the temperature changes drastically. Therefore, it is crucial to protect the integrity of the split rings or the broken rings, as failure at this point will result in the casting loss. Boron Nitride, together with different additives, has a (read more)
Browse Industrial Ceramic Materials Datasheets for Xiamen Innovacera Advanced Materials Co., Ltd.
Conduct Research Top
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Ceramic Nozzle For Atomization Of Steel
Boron Nitride ceramic nozzles are widely used in the processing of atomization of steel. As its high strength, high melting point, high toughness, and outstanding thermal shock resistance, steel powder manufacturers use Boron Nitride material to make the atomizing nozzle. Also, BN material has
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How to Make Pyrolytic Boron Nitride Ceramic Part?
used material in high vacuum processes. Without showing melting point and high thermal conductivity, pyrolytic content is ideal to be used as vacuum furnace parts. The CVD process gives this PBN an almost perfect layered structure, which leads to anisotropic thermal conductivity, making it an ideal
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Why do Alumina Ceramic Components have Spots and How to Prevent?
Alumina ceramic is a kind of ceramic material with a-al2o3 as the main crystal phase, because of its own high melting point, high hardness, heat resistance, corrosion resistance, and electrical insulation characteristics, it can be used in more stringent conditions. Alumina ceramics, with low price
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Boron Nitride Ceramic Nozzle for Metal Powder Gas Atomization
Boron Nitride is an ideal material for atomizer nozzle due to its high strength, high melting point, high toughness, outstanding thermal shock resistance, excellent machinability, and low-friction properties. BN nozzles for the atomizing process may ensure a continuous flow with no blockage
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High-Temperature Co-Fired Ceramics(HTCC)
HTCC ceramic heating element is the abbreviation of High-temperature co-fired ceramics. It is made of tungsten, molybdenum, molybdenum, manganese and other high melting point metal heating resistor paste printed on 92%~96% alumina cast ceramic green body according to the requirements of heating
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A Brief Introduction to HTCC
HTCC (High Temperature co-fired Ceramic) adopts tungsten, molybdenum, molybdenum, manganese, and other High melting point metal heat resistance paste printed on 92 ~ 96% alumina flow Ceramic green billet according to the design requirements of heat circuit, 4 ~ 8% sintering agent and then laminated
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Properties Of Boron Carbide
(theoretical density is only 2.52 g / cm3), which is lighter than ordinary ceramic materials and can be used in the aerospace field. Boron carbide has strong neutron absorption capacity, good thermal stability, and a melting point of 2450 C, so it is also widely used in the nuclear industry.
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Mechanical engineering
The high melting points of ceramic materials cause that the ceramics with a help of the powder technology are processed.
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Sintering and joining of low temperature co-fired tungsten and aluminum oxide
…this chapter, several strategies for bonding W and A1203 will be examined at low firing temperatures, including conventional joining processes, as well as a class of new techniques concerned with the use of a low melting point ceramic additive, particularly Na2Si03,that…
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Surface modification technologies V
1 We have coated graphite substrates with titanium carbide, an extremely hard (HV 20-30 GPa) high melting point ceramic material that is frequently applied to reduce wear.
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Critical Issues for Producing UHTC-Brazed Joints: Wetting and Reactivity
They have been shown to occur, at the microscopic scale, in many systems at high temperature, even with high melting point ceramic materials and with systems which, at the macroscopic scale, are considered as non-reactive (Ref 78, 82, 97-102).
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Handbook of Thin-Film Technology
In particular, with the process- ing of high melting point ceramic materials, the kinetic energy of the particles represents a de- termining factor in the case of collision with the substrate, and the film quality regarding adhesion and porosity.
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Growth and Microstructure‐Dependent Hardness of Directionally Solidified WC –W 2 C Eutectoid Ceramics
Laser surface processing can be utilized to directionally solidify high melting point ceramic composites.11–14 Laser- .
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Study on direct fabrication of ceramic shell mold with slurry-based ceramic laser fusion and ceramic laser sintering
Both processes are somewhat similar to SLS in the principle of using laser scanning to fabricate parts, but use slurry, which was composed of a structural material (high melting point ceramic powder) and an inorganic binder (low melting point ceramic powder).
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Cell‐Assisted Deposition of Inorganic Coatings
At 500°–600°C the nanoparticles already developed enough bonding with the substrate to form a quite stable layer, even in the case of a high melting point ceramic material like YFSZ.
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Preparation of mullite fibres by sol–gel processes using aluminium carboxylates and tetraethylorthosilicate
Conventionally, melt spin- ning methods are adopted for the synthesis of low melting point ceramic fibres.