How to Get More Metal From Scrap Metal Processing

Posted November 15, 2018 05:23:22A new technique called pentrate iron-zinc-molybdenum-magnesium metal-selective metallurgy (PEM) is making metal out of scrap metal.

The process is not as fast as traditional metal processing but it’s faster and easier to use. 

The process, which is a relatively new idea, involves splitting a chunk of metal into smaller chunks, often from a scrap metal mill, and then using high-temperature molten salts to remove the excess metal.

In some cases, the salt is heated to a higher temperature and then cooled to -196 degrees Fahrenheit, allowing the salt to crystallize. 

PEM is not just a new way to use scrap metal to make metal.

It’s also a new and cheaper way to make metals, which will allow it to replace conventional metal manufacturing methods.

Pentrate iron, zinc, and magnesium, a combination of metal and calcium, are used to make steel, aluminum, and other metals, but metal fabrication is a fairly expensive process, as the metal has to be processed by a large, highly specialized company.

That’s where the molten salt and the high-heat process come in.

PEM involves taking a chunk and splitting it into smaller pieces, called metas, which are then used to produce smaller metas. 

To create more metal from scrap metal, a metal processing company takes the raw metal and separates it into two main categories: scrap metal that has been converted into metas or alloyed with other metal, and metas that have been transformed into metal.

Once a chunk is split into smaller metals, the metal that’s being made can be made into alloyed metas and then sent to a manufacturing company, where it’s processed by one of the three processes described below. 

Here are the three methods that are used for making metal: 1. 

Scrap Metal Casting (SCM) A scrap metal casting (SCS) process involves converting scrap metal into metal using molten salts. 

Some scrap metal processing companies are using this process, but PEM is the new, cheaper, method.

SCM is used in a wide variety of industrial applications, including automotive and aerospace parts. 

Using molten salts allows a company to make large quantities of metal with a relatively small number of people. 

If a metal is mixed with water or water-based solvents, such as sodium chloride, the resulting mixture of metal components is typically less expensive than using traditional metallurgical techniques. 

Because the molten salts are not as expensive as traditional metas (about $50 per ton of metas), the cost of this process has increased dramatically.

Pem is the newest, fastest, and cheapest way to produce metas from scrap, which also makes it the most efficient and environmentally friendly method for producing metal. 

It’s the easiest method of producing metas for metal applications because it uses only liquid metal.

Pems can be processed using high heat, high pressure, and low temperature, all of which make it the best method for making metas with low-cost and high-volume production. 

For more on SCM, read our post on the subject, and learn more about the metal processing industry.


Metal Chipping Process (MCP) Metal chipping processes are also called metal mining methods because they use heat to separate metal particles.

These methods use metal flakes, which have been crushed to separate individual metal atoms. 

Each chunk of scrap is broken up into flakes, each particle of which is then scraped away to separate the individual flakes from the metal particles, then used as a raw material to make metallic components. 

In this method, the process also involves separating the metals from the flakes in different ways. 

Typically, the flakes are removed by using a high-pressure, high-speed water gun, and the water is heated in a hot oven to melt the flakes.

The metal components are then scrap-soldered together, using a heat-resistant, heat-conducting wire, and metal parts are then made into parts, which can then be used to manufacture more parts.

It is also possible to process metal by melting a mixture of water and a solvent, such a hydrogen peroxide, to create a thin, powder-like solid. 

This process is usually cheaper and faster than using metallurgists, because the process can be done without expensive and time-consuming equipment. 


Aluminum Powder Process (AP) Alum salts are a form of metal that are extremely porous.

They can form cracks in metals such as iron, copper, and steel, but they also make them harder.

They also form a coating on metal parts that can reduce wear and tear on the metal, making them much more durable than the metal itself.

AP, or aluminum powder process,