Induction Melting Furnace

Melting platinum at home is neither safe nor recommended. Platinum has a very high melting point of about 3,215 degrees Fahrenheit (1,768 degrees Celsius), which requires specialized equipment and knowledge to handle. Additionally, molten platinum can release toxic fumes and cause serious injury or damage. If you have rich platinum melting experience, you can use SuperbMelt brand platinum melting furnace.

• Furnace: Melting platinum requires a high-temperature furnace capable of reaching temperatures of 1,768°C (3,214°F).
• Crucibles: Platinum can be melted in graphite or ceramic crucibles. Crucibles need to be able to withstand high temperatures and should be clean and dry before use.
  Pliers: Heat-resistant tongs are required to handle the cauldron.
• Protective Equipment: Heat-resistant gloves, face shield and protective clothing should be worn when working in high temperatures.
• Flux: Flux is used to prevent oxidation during melting.

Prepare the platinum material in advance using a Graduation scale. Preheat the furnace to the desired temperature. The temperature needed will depend on the type of furnace and the material being smelted.Weighing, controlled within the capacity of the furnace

Clean the platinum material, put it into the crucible in the smelting furnace, wait for the platinum smelting to complete (it takes about a few minutes, depending on the weight of the platinum you smelt), wait for the smelting to complete, put it into the mold and wait for cooling, you can get a purity 100 % Platinum

In order to extract gold and silver from ores or waste products, these metals must be melted. The general procedures for smelting gold and silver are as follows:

Get the information ready: Gather the gold and silver ore you intend to process. It might be scrap metal or ore.

Crush and grind the material: To reduce the material to smaller pieces, use a crusher and a grinder. The material’s surface area will be increased as a result, which will facilitate melting.

The furnace should be preheated to the desired temperature. The type of furnace and the material being smelted will determine the required temperature.

Flux should be added to the material. Flux aids in cleaning off impurities from the material and increases the effectiveness of the smelting process.

Add the material to the furnace by placing it inside and heating it up until it melts. Depending on the quantity of the material and the kind of furnace being used, this could take many hours.

Pour the molten substance into the mold: After the substance has melted, pour it there to give it a new shape. Permit the substance to cool and solidify.

Refine the substance: After it has solidified, refine it further if necessary to get rid of any impurities that may still be present.

It is crucial to remember that smelting can be hazardous and should only be undertaken by knowledgeable people with the proper safety gear.

First, you need to consider your industry, whether it is for commercial, laboratory research or mining needs, while also considering the cost of induction furnaces. Here are some things to keep in mind when choosing a metal furnace:

① If you use it for commercial and research experiments, you can choose a 1-4k melting furnace, which has a power of 15kw and a capacity of 1-4kg. It can also melt various precious metals, such as platinum, gold, silver, iron, aluminum, copper, etc.

② If you use it for mining, there are two types of metal melting furnaces for you to choose from, a 10-100kg capacity induction melting furnace with a power of 15/160kw and a 50-250kg induction melting furnace with a power of 15/160kw. They are suitable for melting gold, silver, copper, iron, and the only difference between these two metal melting furnaces is their capacity.

Both types of electric melting furnaces—electric arc furnaces and induction furnaces—use heat to melt metal, but their methods of heating are different.

An electric arc is used in an electric arc furnace (EAF) to create heat and melt metal. Two electrodes—typically formed of graphite or another conductive material—create the arc. Metal is melted by the arc’s heat before being poured into a mold.

In contrast, induction furnaces heat and melt metals using electromagnetic induction. A copper wire coil inside the furnace produces a magnetic field when an alternating current is run across it. Eddy currents, which are brought on by this magnetic field, cause heat to be produced and the metal to melt. Then, the mold is filled with the molten metal.

EAF is more suited to melting scrap metal and making small batches of steel, whereas induction furnace is better suited to melting precious metals and high-quality alloys. While induction furnaces are frequently used for melting and casting, EAFs can also be utilized for the production of steel.

Metals such as gold, silver, aluminum, copper, and platinum are melted and cast in induction melting furnaces. Here are five explanations for why an induction melting furnace can be necessary:

High Melting Efficiency: Induction furnaces can melt metals quickly and effectively using electromagnetic induction, which lowers operating costs and energy consumption.

Precision Control: With induction furnaces, you can precisely control the temperature to meet your unique melting needs. You can make high-quality alloys with predictable chemical compositions thanks to this.

Clean and secure operation: Induction furnaces are a safe and clean option for melting and casting metals since they emit no emissions or pollutants. Additionally, they offer security mechanisms that shield the operators from mishaps and harm.

Versatility: Different sorts of metals, from little amounts of scrap metal to massive amounts of high-quality alloys, can be melted in induction furnaces. Additionally, they are adaptable to diverse application and production requirements.

Cost-effective: For small and medium-sized foundries and metalworking businesses, induction furnaces are a good investment. They take up less room and are simple to incorporate into already-existing manufacturing processes, so less equipment and labor are required.

An effective and functional tool for melting and casting all types of metal jewelry is an induction melting furnace. Induction furnaces may improve production, quality, and profitability for any size foundry or precious metals processor.