When it comes to product labels, there are a lot of material options available in the market. For example, you can choose BOPP, tag stocks, Unsupported paper, PET, etc. Each material has its pros and cons. In this blog, we will talk about Pressure Sensitive Paper and why it is such great material for product label requirements such as cosmetic labels in Orlando. You will be surprised to know that as much as 80 percent of the product labels in the market are made from Pressure Sensitive Paper. If this material is so widely used, it makes sense to learn a bit about it. We have listed some points for this purpose. Let’s take a look at them.
Pressure Sensitive Labels
These labels are quite similar to the high-tech sticker. They easily work with primary label materials such as foil, paper, or film and different types of inks. And the best thing about these labels is you can apply or stick them to a surface very easily as they do not need water, heat, or solvent to activate.
Applications
As we mentioned above in the introductory paragraph, you’ll find these labels on a wide variety of products. For example, you will see them on automotive products, spirit bottles, food and beverage containers, chemical pails, household products, and many other products.
Benefits of Pressure Sensitive Labels
Since heat, solvent, and water is not a necessity, pressure-sensitive labels work great as a straightforward label solution. You can apply them to almost any type of container, packages, bottle, etc. Keep in mind that different adhesives can make these labels either permanent or removable.
It is essential to understand that getting the right label material is necessary as it helps in driving sales and keeping the customers educated about the product. A nicely designed label can make your product attractive and convey key information about it. If interested, you can get in touch with companies online that specialize in making product labels such as lotion labels in Orlando. A top printing company will be able to make labels out of different materials.
