Vacuum Induction Melting Class: Induction Melting Intro: Vacuum Induction Heating_3Vacuum Induction Heating_2Vacuum Induction Heating_1Vacuum Induction Heating
Induction Melting Furnaces Class: High Capacity Melting Intro: Melting FurnacesCharacteristics of cast iron to a large extent depend on the content of harmful impurities and, above all, of sulfur. For modifications to the high-strength nodular cast iron should have a low sulfur content. In cupola furnaces to smel…
Induction Melting Gold and Silver Class: Rare Metals Melting Intro: Melting Gold and Silver Everything for Gold and Silver Melting, it used to be that when melting gold, people used a blow torch, then a torch, then an electric melter and then an induction melter. Whatever your choice, we have the torch, the electric m…
Induction Melting Ticonium and Nobilium Class: Induction Melting Intro: Melting Ticonium and Nobilium Objective: Crucible melting of Ticonium and Nobilium ingots within a period of 45 seconds. Four ingots of Nobilium are to be placed in a crucible (ID#6012) and heated, while a single ingot of Ticonium is placed in a cruci…
Induction Melting aluminum for casting Class: High Capacity Melting Intro: Melting aluminum for casting Objective Heating a graphite crucible to 1292F (700C) to melt aluminum to liquid form for a casting applicationMaterial 9.8” (250mm) OD, 22.4” (570mm) long, 0.7” (17.5mm) thick Graphite crucible, approx. 92.5lb (42kg) o…
Induction Melting lead ingots Class: Induction Melting Intro: Melting lead ingots Objective Melting 30 lb(13.6 kg) & 60 lb(27.2 kg) lead ingots to formbattery posts & connectorsMaterial 30 lb(13.6 kg) & 60 lb(27.2 kg) lead ingots and 5” (12.7cm) IDZircar Ceramic Alumina tubeTemperature 620 FFrequenc…
Induction Crucible melting Class: Induction Melting Intro: Crucible melting Objective Heat to melting point various materials in a nitrogen atmosphere in a graphite or molybdenum crucible.Material Magnesium fluoride, tantalum pentoxide, aluminum, yttrium fluoride, germanium, hafnium or titanium dioxide and a …
Induction Melting Glass For Fiber Drawing Class: Rare Metals Melting Intro: Objective To heat a metal susceptor vessel to 2200F within 25 minutes for a fiberglass melting applicationMaterial Metal susceptor vesselTemperature 2200FFrequency 300KHZEquipment UM-UHF-60 kW RF power supply, remote heat station and a specially-design
Induction Furnace Cost effective and energy efficient Class: High Capacity Melting Intro: Raising the temperature of the items break down the complexity of the matter and simplifies the tedious process. Heating melts the hard structure of the substances and minutest of the details can be analyzed.There are many alluring shapes of hard metals.
induction melting Platinum Class: Rare Metals Melting Intro: induction melting Platinum 1
