Induction melting gold Type:
Class: Rare Metals MeltingIntro: melting goldmelting gold2melting gold1
induction melting in small crucible Type:
Class: Rare Metals MeltingIntro: induction melting in small crucible_2induction melting in small crucible_1
induction heating for solar power material Type:
Class: Rare Metals MeltingIntro: induction heating for solar power material_1induction heating for solar power material_2
vacuum induction heating for solar energy system Type:
Class: Rare Metals MeltingIntro: vacuum induction heating for solar energy system
Induction Melting Gold and Silver Type:
Class: Rare Metals MeltingIntro: 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 Glass For Fiber Drawing Type:
Class: Rare Metals MeltingIntro: 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 melting Platinum Type:
Class: Rare Metals MeltingIntro: induction melting Platinum 1
Induction Levitation melting steel balls Type:
Class: Rare Metals MeltingIntro: Levitation melting steel balls Objective Levitation of steel balls during the melting processMaterial 1010 low carbon steel balls ” (6.35mm) diameterTemperature 2800 F (1538 C)Frequency 195 kHzEquipment • Power of 30 kW induction heating system, equ…
Induction Melting Titanium and Nobelium Type:
Class: Rare Metals MeltingIntro: Objective: Crucible melting of Titanium and Nobelium ingots within a period of 45 seconds.Four ingots of Nobelium are to be placed in a crucible (ID#6012) and heated, while a single ingot of Titanium is placed in a crucible (ID#65045) for heating. Materi
