Attaining a glossy finish is an ultimate goal in creating and printing designs on different cards, stationeries, envelopes, and other related materials. Special thanks to the colored inks which are seemingly raised from a flat surface and embossed creatively. It does not just apply to cards and papers but also to brochures, wraps, packaging, and other materials that can be designed.
This process is simple. All you need is a thermography powder to get this done. This is applied to the surface of a printed paper. Its surplus has the ability to adhere to a wet is eliminated by vibration, suction, and shaking.
Such process basically depends on the model of thermographer that is used. Meanwhile, the powdered print material is faced upward to a conveyor, a belt that could carry a powder under a heater. In other words, this is intended to be combined with inks that are known to be drying slowly should you want to have an image that is creatively embossed.
You need to spread its grains while the ink is still good as wet. This is to ensure that the powder sticks permanently and neatly to damp ink. When this melts, both ink and paper will be bonded to it. Its metallic or somehow transparent color and appearance undergo change as it is placed on top of the ink. Hence, its color in the finished product will just follow the color of an ink below it. Despite its transparent color, it is made up of bronze, gold, silver, and glittered ingredients.
By nature, it is said to have an embossing property. It works when you are going to apply heat on the powder and inked paper. Throughout the process, the powder and ink under it swell, thereby forming a swollen but glossy surface.
Now you already have an idea about this magic powder, its characteristics, and uses. The next paragraphs of this write up will discuss the tips for using this. The limitations of using such are also explained here. The tips and limitations are referred to paper selection, as well as, the control of heat while using this one in designing the printed material. Take a read of the last two paragraphs.
Selecting the type of printable paper to use, Part One. What is referred here is its texture or thickness. Smooth papers are used to produce the highest quality of output possible. Textured and high grained ones sound good for it can give merit and twisted look to your masterpiece but maintaining a consistent pattern, letters, arrangements, and designs seems to be the most difficult and tiresome part that one would encounter.
Using one with loosed fibers is highly discouraged as its surface could occlude the powder grains. While the papers or stationery that are gummed are said to be thermographed, they should still be tested. This should be done to ensure that its gum will not be destroyed in the heating process. As for stationary and envelopes, it is done so that the grains cannot get inside them.
The second factor that you need to consider is the control of heat. Although there is no specific guideline to follow in controlling heat, there are criteria that you have to look upon. These will help you determine what amount or level of heat is appropriate for the material and thermograph powder you are going to use. These are the properties attributed to the paper or material, and many others.
This process is simple. All you need is a thermography powder to get this done. This is applied to the surface of a printed paper. Its surplus has the ability to adhere to a wet is eliminated by vibration, suction, and shaking.
Such process basically depends on the model of thermographer that is used. Meanwhile, the powdered print material is faced upward to a conveyor, a belt that could carry a powder under a heater. In other words, this is intended to be combined with inks that are known to be drying slowly should you want to have an image that is creatively embossed.
You need to spread its grains while the ink is still good as wet. This is to ensure that the powder sticks permanently and neatly to damp ink. When this melts, both ink and paper will be bonded to it. Its metallic or somehow transparent color and appearance undergo change as it is placed on top of the ink. Hence, its color in the finished product will just follow the color of an ink below it. Despite its transparent color, it is made up of bronze, gold, silver, and glittered ingredients.
By nature, it is said to have an embossing property. It works when you are going to apply heat on the powder and inked paper. Throughout the process, the powder and ink under it swell, thereby forming a swollen but glossy surface.
Now you already have an idea about this magic powder, its characteristics, and uses. The next paragraphs of this write up will discuss the tips for using this. The limitations of using such are also explained here. The tips and limitations are referred to paper selection, as well as, the control of heat while using this one in designing the printed material. Take a read of the last two paragraphs.
Selecting the type of printable paper to use, Part One. What is referred here is its texture or thickness. Smooth papers are used to produce the highest quality of output possible. Textured and high grained ones sound good for it can give merit and twisted look to your masterpiece but maintaining a consistent pattern, letters, arrangements, and designs seems to be the most difficult and tiresome part that one would encounter.
Using one with loosed fibers is highly discouraged as its surface could occlude the powder grains. While the papers or stationery that are gummed are said to be thermographed, they should still be tested. This should be done to ensure that its gum will not be destroyed in the heating process. As for stationary and envelopes, it is done so that the grains cannot get inside them.
The second factor that you need to consider is the control of heat. Although there is no specific guideline to follow in controlling heat, there are criteria that you have to look upon. These will help you determine what amount or level of heat is appropriate for the material and thermograph powder you are going to use. These are the properties attributed to the paper or material, and many others.
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