This is a pretty broad term that refers to a variety of things. The most common is the use of paper, but also plastic, metals, and a variety of other materials.
In this case, substrate technology refers to the ability to create a new material out of previously existing materials. It is a process in which you take an existing material (such as paper, plastic, or metal) and combine or “substitue” it (or something else) to create a new material that can be used in whatever way you want.
The most well known example of a substrate is the paper/plastic/metal/etc. that is used to create computer paper. However, the same process can be used to create a number of other materials.
For instance, a plastic can be combined with paper to create a film that is used to make a paper-like material. The resulting material can be used to build a variety of different structures and objects for different functions.
As you can imagine, some of the more popular substrates are plastic, paper, ceramic, polymer, metal, glass and glass wool.
It’s pretty easy to find substrates on the web, but it’s not as easy to find that much information on it. You can go to a site like this one to find out more information on substrates and how they’re made.
The substrate materials used in films are usually the most expensive and the hardest materials to find. The substrates are usually more like a sheet of paper or a piece of wood covered in plastic or metal. Theyre usually very thin and flexible and can be made in a wide range of colors and sizes. Most of the substrates are made by melting plastic and metal together. Some are made by cutting a thin piece of plastic and heating it up. Some are made with a metal tool.
A lot of the substrates are made by the process of casting. This is a process where a sheet of plastic or metal is melted and poured into a mold and then allowed to cool down. The sheet of plastic or metal is usually a very thin and flexible material and can be made in a wide range of colors and sizes.
Of course substrates are not all created equal. The plastic sheet you see in the images above is actually a sheet of paper. If you cut the sheet of paper into a small rectangle, you can then cut a piece of plastic that is much thinner than the paper. A very thin sheet of plastic can then be cut into a very thin piece of plastic and then melted and poured into a mold and allowed to cool down.
We use substrates to make our metal sculptures. These substrates are then used to make our metal sculptures.