What Is Specialty Paper? The Ultimate Guide to Types, Uses & Benefits

Paper is not equal for writing or for normal printing purposes. For specific products, there are paper properties that are expected, such as color, texture, stiffness, coating, printability, and technical qualities. This is where specialty paper comes into play.

A specialty paper supplier makes papers for specific uses, not for paper grades. Luxury packaging, commercial printing, sustainable packaging, creative products, etc. are applications for specialty paper that are used in technical products like electronic component packaging.

This guide explains the basics of specialty papers before you select the paper to make your product.

What is Specialty Paper?

Specialty paper: Any paper that is designed, manufactured or treated for special properties or special use.

Paper can be produced for regular use – normal paper – or for a specific need – specialty paper. It may be because of a deep colour, high stiffness, textured surface, good printing properties, moisture resistance, antistatic properties, or a particular environmental factor.

A thick black cardboard that is suitable for folding and embossing, for instance, is necessary for a luxury gift box. Rather, a paper that has antistatic characteristics and dimensional stability might be needed for electronic component packaging.

The difference between Specialty Paper and Regular Paper

The key difference is the fact that they are designed for performance.

The standard paper tends to be a good mix of cost, looks, and overall functionality. Specialty paper is more concerned with properties that are required for a particular product or production method.

What Are the Main Types of Specialty Paper?

Specialty paper encompasses a wide range of different materials. To grasp the category, it is easiest to review the needs that each type meets.

Black Cardstock

Black cardstock is both firm and impressive-looking. Coloring in through the whole sheet can help to keep it black, as it may look white on the fold or the edges of the cut pieces.

It's generally used in cosmetic boxes, gift boxes or presents, wine boxes, shopping bags, book covers and hang tags. It can also be used for embossing, hot stamping, UV coating and die-cutting depending on the grade.

Colored Cardboard

The use of colored cardboard means that the paper forms a part of the product design. The paper can be colored not only in the printing process but also in the fiber structure.

It can be used for packaging, greeting cards, invitations, and even creative paper products where color and texture are all-important. Various weights may be chosen depending on the desired product stiffness and processing needs.

Art Print Paper

Art print paper is designed with surface quality and printing performance in mind. Coated, pearlescent, metallic, and textured surfaces offer different looks and can serve as a good background for detailed printing.

These papers are used in brochures, books, catalogs, and business cards, as well as premium packaging and greeting cards. The embossing, hot stamping, UV coating and lamination are also options that can be used with some grades.
 

FSC-Certified and Recycled Paper

The materials can be used in those situations where there is a need to package food that is both attractive and environmentally friendly.

But sustainable paper still needs to work. Requirements for stiffness, printability, folding and converting compatibility will not be waived by recyclability or certification.

SMT Paper Carrier Tape

SMT paper carrier tape is used for packaging and automatic conveying of electronic components.

The properties of antistatic performance, low dust, dimensional stability and reliable forming are important in this application. It is an excellent illustration of how specialty paper can be seen as a generic class of purpose-designed papers.

What Properties Should You Consider?

The specification should be determined by the completed application.

The stiffness, folding quality, structure, and product feel are influenced by weight and thickness.

Surface finish can be smooth, matte, glossy, embossed, metallic, pearlescent, or textured. This selection can impact the appearance and printing.

The method of printing should be compatible with the ink system and printability.

It is also crucial to consider converting performance. These processes should be taken into account: die-cut, folded, embossed, stamped, laminated, or glued.

Other characteristics like resistance to moisture, antistatic properties, low dust and dimensional stability may be required for technical applications.

How Is Specialty Paper Made?

Wet forming is an essential process in the specialty paper-making industry. Fibers are spread out in water and laid in a sheet prior to pressing and drying. This fiber structure determines the strength, stiffness, surface, and dimensional properties of the paper.

The paper can be further processed to alter its properties. Surface treatments and embossing can achieve different textures, and wet coating can enhance the printability and surface characteristics. Dry modification can be used to include functional properties for technical applications.

Where Is Specialty Paper Used?

For luxury packaging, such as cosmetics, wine, gifts, jewelry, luxury retail products, and branded boxes, distinctive color, texture, stiffness, and finish compatibility are important.

Special surfaces work well for high-quality print products like bookmarks, invitations, brochures, business cards, and catalogs.

Creative products, including decorative paper products, covers, and greeting cards are often printed with colored or textured grades.

For sustainable packaging projects with environmental considerations, recycled and certified papers can be used.

Electronic component packaging requires the same specialty paper that is used in general packaging when general packagable materials are not able to meet the required performance.

How Do You Choose the Right Specialty Paper?

Begin with the finished product, NOT the paper catalog.

Identify the paper's desired appearance and desired functions. Next, establish the necessary weight, thickness, stiffness, color, texture, surface finish, printing process, and converting processes.

If the product must be certified to FSC, incorporate recycled content, or low VOC materials, or be subject to other environmental or regulatory requirements, they should be identified early.

Sampling is another key component. The perfect-looking sheet could have an unexpected reaction when printing, folding, die-cutting, embossing, or high speed production. Testing the actual production process can give information about problems before a big order is placed.

Paper development may include paper weight, color, texture, raw materials, and functional property modifications.

What Are the Benefits of Specialty Paper?

Specialty paper can enhance packaging aesthetics and quality, enhance printing capabilities, facilitate challenging converting processes, give technical attributes or meet environmental specifications.

This isn't just a more attractive sheet. The right material can facilitate the manufacturing of the product and make it more appropriate for its intended application.

Conclusion

Specialty paper is a lot more than fancy paper. It's a large family of materials, which are based on certain performance, appearance, processing, and environmental criteria.

Which one is right is dependent on the application. Luxury packaging, art print paper for detailed graphics, colored cardboard for distinctive designs, and technical paper for handling electronic components all have different requirements.

The best way is to first establish the desired product and then discuss the properties of the paper, compatibility for processing, certifications, and samples. A good specialty paper firm can work with you to transform those requirements into a usable material specification.

If a company is considering other materials, TONLI's specialty paper range can serve as a good reference for comparing materials used in packaging, printing, and sustainable and technical applications.

It is the one that works well from the production to the product.