What Is The Difference Between Sublimation Paper And Sublimation Transfer Paper?

Nov 30, 2023

What is the difference between sublimation paper and sublimation transfer paper? This is a question that comes up often in the sublimation printing industry, as many people are confused about the two types of paper. In this article, we will explore the differences between sublimation paper and sublimation transfer paper in detail, so that you can make an informed decision when it comes to choosing the right paper for your sublimation printing needs.

Sublimation Paper:

Sublimation paper is a type of paper that is used in the sublimation printing process. It is a specially coated paper that is designed to absorb the sublimation ink from the sublimation printer. **Sublimation paper is the base that the ink is printed onto before it is transferred onto the final product.**

Sublimation paper comes in different sizes and weights, and can be easily cut to fit different substrates. The type of sublimation paper you use will depend on the type of substrate you are printing on. For instance, if you are printing on shirts, you will want a heavier weight paper than if you were printing on mouse pads or coffee mugs.

Sublimation paper is important because it allows the sublimation ink to be transferred onto the final product without bleeding or smudging. When the ink is heated, it turns into a gas and penetrates the substrate, creating a permanent bond. The sublimation paper is then peeled away, leaving a high-quality, vibrant image on the substrate.

Sublimation Transfer Paper:

Sublimation transfer paper is a type of paper that is used to transfer the sublimation ink from the sublimation paper onto the final product. It is a carrier paper that holds the ink while it is being transferred onto the substrate. **Sublimation transfer paper is the paper that you use to transfer the image from the sublimated paper onto the final product.**

Sublimation transfer paper also comes in different sizes and weights, and can be easily cut to fit different substrates. The type of sublimation transfer paper you use will depend on the type of substrate you are printing on. For instance, if you are printing on shirts, you will want a heavier weight transfer paper than if you were printing on mouse pads or coffee mugs.

Sublimation transfer paper works by releasing the ink from the sublimation paper when it is heated. The ink then adheres to the substrate, creating a permanent bond. The transfer paper is then peeled away, leaving a high-quality, vibrant image on the substrate.

Key differences between sublimation paper and sublimation transfer paper:

-The main difference between sublimation paper and sublimation transfer paper is that sublimation paper is the base that the ink is printed onto, while sublimation transfer paper is the paper that you use to transfer the image from the sublimated paper onto the final product.

-Sublimation paper is coated to absorb the sublimation ink, while sublimation transfer paper is coated to release the ink from the sublimation paper.

-Sublimation paper is used to ensure that the ink is transferred without bleeding or smudging, while sublimation transfer paper is used to protect the substrate from damage during the transfer process.

-Sublimation paper is heavier than sublimation transfer paper, as it needs to hold the ink in place during the transfer process.

-In summary, sublimation paper is used as the base to print onto, while sublimation transfer paper is used to transfer the image onto the final product.

Overall, both sublimation paper and sublimation transfer paper are essential in the sublimation printing process. By understanding the differences between the two types of paper, you can select the right one for your specific printing needs. Remember to take into account the type of substrate you are printing on, as well as the weight and size of the paper, in order to achieve the best results. With the right combination of sublimation paper and sublimation transfer paper, you can create stunning, high-quality images on a variety of substrates.

You Might Also Like