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Supplier: Inductotherm Group
Description: Consarc offers Induction Skull Melting (ISM) furnaces which is a method of melting metals in a segmented water-cooled copper vessel while under vacuum or controlled atmosphere using an induction coil. Consarc’s single chamber design is for low volume prototype
- Application: Foundry / Melting
- Features: High Vacuum (< 10-3, >10-8 torr), Industrial
- Heat Source: Induction
- Atmosphere: Vacuum
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Supplier: Inductotherm Group
Description: Consarc offers Induction Skull Melting (ISM) furnaces which is a method of melting metals in a segmented water-cooled copper vessel while under vacuum or controlled atmosphere using an induction coil. Consarc’s tandem chamber design is designed for the production
- Application: Foundry / Melting
- Features: High Vacuum (< 10-3, >10-8 torr), Industrial
- Heat Source: Induction
- Atmosphere: Vacuum
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Supplier: Inductotherm Group
Description: Consarc offers Induction Skull Melting (ISM) furnaces which is a method of melting metals in a segmented water-cooled copper vessel while under vacuum or controlled atmosphere using an induction coil. Consarc’s two chamber vertical furnaces are excellent for the
- Application: Foundry / Melting
- Features: High Vacuum (< 10-3, >10-8 torr), Industrial
- Heat Source: Induction
- Atmosphere: Vacuum
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Supplier: Inductotherm Group
Description: Consarc offers Induction Skull Melting (ISM) furnaces which is a method of melting metals in a segmented water-cooled copper vessel while under vacuum or controlled atmosphere using an induction coil. Consarc’s two chamber horizontal furnaces are excellent for the
- Application: Foundry / Melting
- Features: High Vacuum (< 10-3, >10-8 torr), Industrial
- Heat Source: Induction
- Atmosphere: Vacuum
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Supplier: Zak, Inc.
Description: No Description Provided
- Wall Thickness: 0.375 to 1.5 inch
- Melt Temperature: 3,000 C
- Furnace / Atmosphere: Arc / Plasma Melting, Electron Beam Melting, Evaporator / CVD Furnace, Induction, Inert, Reducing, Vacuum
- Material Types: Copper (Water Cooled)
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Supplier: Zak, Inc.
Description: No Description Provided
- Wall Thickness: 0.375 to 1.5 inch
- Melt Temperature: 3,000 C
- Furnace / Atmosphere: Arc / Plasma Melting, Electron Beam Melting, Evaporator / CVD Furnace, Induction, Inert, Reducing, Vacuum
- Material Types: Copper (Water Cooled)
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Supplier: Zak, Inc.
Description: No Description Provided
- Wall Thickness: 0.375 to 1.5 inch
- Melt Temperature: 3,000 C
- Furnace / Atmosphere: Arc / Plasma Melting, Electron Beam Melting, Evaporator / CVD Furnace, Induction, Inert, Reducing, Vacuum
- Material Types: Copper (Water Cooled)
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Supplier: Ed Fagan, Inc.
Description: Carpenter VIM VAR Core Iron is a low carbon magnetic iron produced using vacuum induction melting plus vacuum arc re-melting practices. Other elements commonly found in low carbon irons are held as low as possible to ensure good DC magnetic properties. This double
- Overall Thickness: 0.125 to 3.625 inch
- Tensile Strength (UTS, Break): 45,000 psi
- Yield Strength (YS): 30,000 psi
- Elongation: 40 %
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Supplier: Ed Fagan, Inc.
Description: Carpenter VIM VAR Core Iron is a low carbon magnetic iron produced using vacuum induction melting plus vacuum arc re-melting practices. Other elements commonly found in low carbon irons are held as low as possible to ensure good DC magnetic properties. This double
- Overall Thickness: 0.125 to 3.625 inch
- Specifications: ASTM / ASME
- Processing, Temper & Finish: Annealed, Cold Finished / Rolled / Drawn, Wrought
- Shape / Form: Bar Stock, Flats / Rectangular Bar, Semi-finished Shape / Mill Stock
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Supplier: ASTM International
Description: steel manufactured by vacuum-induction melting or consumable-electrode vacuum melting process; Class II, air-melted steel manufactured by electric-furnace vacuum degassing process; Class III, air-melted steel manufactured by electric-furnace ladle refining
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Supplier: ASTM International
Description: steel manufactured by vacuum-induction melting or consumable-electrode vacuum melting process; Class II, air-melted steel manufactured by electric-furnace vacuum degassing process; Class III, air-melted steel manufactured by electric-furnace ladle refining
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Supplier: ASTM International
Description: open-hearth melting process. The primary melting may incorporate separate degassing or refining and may be followed by secondary melting, using electro slag (ESR) or vacuum arc remelting (VAR). Steel shall be forged by any of these three classes based on forging
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Supplier: ASTM International
Description: hardening, and austenitic-ferritic stainless steels. Compacts shall be manufactured by placing a single powder blend into a can, evacuating the can, and sealing it. The powder shall be prealloyed and made by a melting method (such as but not limited to air or vacuum induction
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Supplier: Thermal Ceramics
Description: shapes are for the Vacuum Induction Melting (VIM) of Super Alloys and Nickel-based Steel Alloys. Designs would include crucibles, tundishes and launder systems. Thermal Ceramics is a World Leader in the design, manufacture and installation of pouring Refractories for the
- Features: Specialty / Other
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Supplier: Specialty Seal Group
Description: operating temperatures, vibration, shock, and corrosive atmospheres. Assembled to heater by torch or induction brazing. the most common braze material for customer assembly is ASTM # Bag-1 (MP-1125/1145 Degree F.) Braze materials with melting points up to 1500 Degree F have been used
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Supplier: SAE International
Description: is a key for achieving the required performance levels. Several medium carbon steels containing 0.07 wt pct P, 0.06 wt pct S and various amounts of Mn, Si, V, and N were produced by vacuum induction melting laboratory heats and hot working the cast ingots into plates. The plates
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Description: Beryllium Oxide Ceramic Basic Information The melting temperature of beryllium oxide ranges from 2530°C to 2570°C, and its theoretical density is 3.02g/cm³. It can be used for a long time at 1800°C in a vacuum, and can be used at 2000°C in an inert gas, and only volatilizes at 1800°C
- Density: 3.019998093996284 g/cc
- Thermal Conductivity: 200 to 250 W/m-K
- Specialty Ceramic Type: Beryllia / Beryllium Oxide
- Applications: Electrical / HV Parts
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Supplier: 3X Ceramic Parts Company Limited
Description: melt the connecting part into liquid, and then cool and crystallize into one. Welding heat sources include arc, laser beam and electron beam. At present, there are two main problems to be solved in the melting welding of Ti (C, n) - based ceramics: first, with the increase of melting
- Material Type: Alumina / Aluminum Oxide
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controlled atmosphere furnace technologies for the processing of metals, specialty alloys, and engineered materials. Those vacuum furnace technologies include: Vacuum Arc Remelting Furnaces (VAR) Electroslag Remelting Furnaces (ESR) Vacuum Induction Melting furnaces (read more)
Browse Vacuum Furnaces Datasheets for Inductotherm Group -
Standard designs are available and Consarc also welcome the opportunity to design a specific furnace to meet individual customer requirements and applications. The design utilizes a water-cooled vacuum chamber, providing optimum access for cold charging and servicing in a batch mode of (read more)
Browse Vacuum Furnaces Datasheets for Inductotherm Group -
chamber design features a melting chamber containing the induction melting coil and mold heating zone in DS/SC applications. • A vacuum isolation valve separates the melting chamber from the mold chamber that incorporates the mold transfer mechanism. • This system allows melting down of the charge to continue independently of the ceramic mold handling and transfer operations. (read more)
Browse Datasheets for Inductotherm Group -
These include: • Utilization of load cells to continuously weigh the electrode during the melting process to more accurately measures melt rate • A PC/ PLC based melt control system that fully automates the melting process, eliminating the older manual (read more)
Browse Vacuum Furnaces Datasheets for Inductotherm Group -
Vacuum Induction Melting Strip Casting (VIM-SC) furnaces from Consarc are engineered for precision strip casting of specialty metals and alloys under vacuum and inert atmospheres. These systems produce consistently clean flake with superior control over solidification. By combining the (read more)
Browse Vacuum Furnaces Datasheets for Inductotherm Group -
Inductotherm Group companies manufacture Consarc® Vacuum Arc Remelting (VAR) furnaces, essential equipment in the vacuum and controlled atmosphere melting industry, which has broken new ground in commercial ingot production. Consarc VAR furnaces combine state-of-the-art computerized controls (read more)
Browse Vacuum Furnaces Datasheets for Inductotherm Group -
Inductotherm Group companies all over the world manufacture Consarc Vacuum Precision Investment Casting (VPIC) furnaces. These furnaces are designed to increase productivity and accuracy, and are extensively used to manufacture high performance castings in the Aerospace, Industrial Gas (read more)
Browse Vacuum Furnaces Datasheets for Inductotherm Group -
NEUTRAL OR AGGRESSIVE GASES? AERZEN OFFERS SOLUTIONS FOR BOTH! Aerzen vacuum blowers with hermetically sealed drive (HM) are designed for conveying neutral and aggressive gases and find (read more)
Browse Vacuum Pumps and Vacuum Generators Datasheets for Aerzen USA Corp. -
Vacuum Induction Melting Strip Casting (VIM-SC) furnaces from Consarc play a key role in the domestic production of rare earth permanent magnets, delivering clean, consistent flake with precise alloy control under vacuum conditions. Most recently commissioned at Vulcan Elements’ new (read more)
Browse Furnaces (industrial) Datasheets for Inductotherm Group
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Indicates content that may require registration and/or purchase.
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Superalloys: A Technical Guide
Vacuum Induction Melting (VIM) Overview ................................
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ASTM DS7S1 - THE ELEVATED-TEMPERATURE PROPERTIES OF SELECTED SUPERALLOYS
The following abbreviations were used, where appropriate, to save space: CEVM — consumable-electrode vacuum melted VIM — vacuum induction melted Primary Data.
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THE THEORY AND PRACTICE OF VACUUM MELTING
… the solid state into the liquid charge under vacuum, and, in some cases, even the application of heat.2 Current developments aim at bringing down the operating costs of a typical vacuum-melting process, viz. vacuum induction melting , by melting the less …
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Decontamination and decarburization of stainless and carbon steel by melt refining
Pilot Scale Plasma and Vacuum Induction Melting Test Program ...............
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Advances in Materials Technology for Fossil Power Plants: Proceedings from the Seventh International Conference 2013
The forging process starts with producing ingots by melting electrodes using Vacuum Induction Melting (VIM), followed by Electro Slag Re-melting (ESR) and Vacuum Arc Re-melting (VAR) to remove impurities and to reduce inclusions.
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Advanced Engineering Materials II
Steel ingots were casted by vacuum induction melting furnace then hot rolled from 90mm into 8 mm in thickness plates with a final rolling temperature of 870˚C.
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ZASMHBA0005200
Vacuum Induction Melting MELTING UNDER VACUUM in an induction-heated crucible is a tried and tested process in the production of liquid metal.
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Radioactive scrap metal decontamination technology assessment report
II.7 Vacuum Induction Melting (VIM) VacuumInductionMelting is based on the same principle asAir InductionMelting, except that melting is performed in a sealed chamber and under a vacuum.
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Influence of rare-earth metals on the high-temperature strength of Ni3 Al-based alloys
It is also shown that stage by stage fractional introduction of all components into alloys during vacuum induction melting with allow ance for their reaction activities (most refractory metals are introduced in the form of low melting point master alloys at the …