| Make / No. of Machines | Swastik Enterprise India |
|---|---|
| Model | (18 KW) (12”X12”X24”) IMF-1200 |
| Title of the related experiment: | Melting of low melting temperature metals/alloys for casting purpose |
| A brief explanation of the usage of the said equipment | Induction Melting Furnace works on the induction principle. This furnace is easy to operate for small-size melts. A scrap-filled ceramic crucible is placed inside the furnace, and the temperature is set sufficiently higher than the melting temperature of the metal/alloy. The maximum temperature limit for this furnace is 1200 degree Celsius. Therefore, this furnace is used to melt metals and alloys with low melting temperatures. Metal and their alloys, such as aluminium, magnesium, copper, and tin, are melted in such a furnace. With this furnace, students should be able to:
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| Make / No. of Machines | Swastik Enterprise India / 2 |
|---|---|
| Model | (5KW) (9”X9”X18”) IMF-1000 |
| Title of the related experiment: | Melting of low melting temperature metals/alloys for casting purpose |
| A brief explanation of the usage of the said equipment | Induction Melting Furnace works on the induction principle. This furnace is easy to operate for small-size melts. A scrap-filled ceramic crucible is placed inside the furnace, and the temperature is set sufficiently higher than the melting temperature of the metal/alloy. The maximum temperature limit for this furnace is 1000 degree Celsius. Therefore, this furnace is used to melt metals and alloys with low melting temperatures. Metal and their alloys, such as aluminium, magnesium, copper, and tin, are melted in such a furnace. With this furnace, students should be able to:
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| Make / No. of Machines | Swastik Enterprise India / 2 |
|---|---|
| Model | (2KW) IMF-800 |
| Title of the related experiment: | Melting of low melting temperature metals/alloys for casting purpose |
| A brief explanation of the usage of the said equipment | Induction Melting Furnace works on the induction principle. This furnace is easy to operate for small-size melts. A scrap-filled ceramic crucible is placed inside the furnace, and the temperature is set sufficiently higher than the melting temperature of the metal/alloy. The maximum temperature limit for this furnace is 800 degree Celsius. Therefore, this furnace is used to melt metals and alloys with low melting temperatures. Metal and their alloys, such as aluminium, magnesium, copper, and tin, are melted in such a furnace. With this furnace, students should be able to:
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| Make / No. of Machines | TECHNOCRATS DIE CASTING (INDIA) |
|---|---|
| Model | HPDC-90 |
| Title of the related experiment: | Demonstration about working of high-pressure die casting machine |
| A brief explanation of the usage of the said equipment | The high-pressure die casting machine has a capacity of 80 tons. High-Pressure Die Casting (HPDC) is a highly efficient manufacturing method for producing various product forms. The process forces molten metal into a closed steel die cavity at high speed and high pressure. The die has a stationary and moving half, both of which are mounted to the die casting machine’s platens. The die-casting machine has an injection end that uses hydraulics and pressurized gas to move a piston forward, injecting the molten metal into the closed steel die. The die-casting machine also has a clamping end that utilizes hydraulics and mechanical toggles to absorb the injection pressure and hold the die shut while the part solidifies. The process can turn molten metal into a solid near-net-shape piece in seconds. With this machine, students will be able to:
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