Materials & Finishes

Paper labels are commonly used for product identification, retail packaging, and applications where a printable surface and a paper-based appearance are preferred.

Coated Paper
Coated paper provides a smoother printing surface than many uncoated papers. It is suitable for product labels requiring clear text, detailed graphics, and well-defined brand colors.

• Typical applications: Consumer product packaging, retail products, and general-purpose product labels.
• Key considerations: Surface finish, ink compatibility, moisture exposure, and the need for additional surface protection.
• Finishing compatibility: Lamination and foil stamping may be considered when supported by the selected paper and production process.

Uncoated Paper
Uncoated paper has a more natural, less glossy surface and can be suitable for designs that emphasize a simple or understated appearance.

• Typical applications: Selected product labels, paper-style packaging labels, and designs requiring a natural visual texture.
• Key considerations: Paper absorbency, ink behavior, surface texture, and the clarity of fine details.
• Finishing compatibility: The suitability of foil stamping, embossing, or other decorative treatments should be checked against the specific paper grade.

Thermal paper is designed for image formation through heat-sensitive technology rather than conventional ink-based printing.

Typical applications: Product identification, logistics, inventory, and selected retail labeling applications.

Key considerations: Direct thermal and thermal transfer are different printing methods. The material must match the intended printer, ribbon requirements where applicable, and expected label life.

Important note: Thermal paper should not be selected solely on price. Exposure to heat, sunlight, friction, and certain chemicals may affect image legibility, depending on the material grade.

Film labels are often considered when paper may not provide the required flexibility, moisture resistance, or surface durability. Performance depends on the specific film grade, adhesive, printing system, and finishing construction.

BOPP / PP Film
Polypropylene film is commonly used for product labels where a smooth surface, clean appearance, and resistance to moisture are important.

• Typical applications: Selected food and beverage packaging, personal care products, household products, and other consumer packaging.
• Appearance options: Depending on the available stock, options may include white, clear, or other specified film constructions.
• Key considerations: Packaging surface energy, container curvature, application temperature, and the required resistance to moisture or handling.
• Important note: PP film is not automatically suitable for every plastic container. Adhesive compatibility and application testing may be necessary.

PET Film
Polyester film is considered for applications requiring dimensional stability and particular levels of surface or environmental resistance.

• Typical applications: Selected durable product labels, technical identification labels, and applications where the properties of the specific PET construction are appropriate.
• Key considerations: Required thickness, transparency or opacity, printing compatibility, adhesive selection, and exposure conditions.
• Important note: Chemical resistance, temperature performance, and outdoor durability must be verified against the exact material construction rather than assumed from the PET designation alone.

PE Film
Polyethylene film is flexible and may be suitable for packaging with curved, squeezable, or deformable surfaces.

• Typical applications: Selected flexible bottles, tubes, and containers where label flexibility is important.
• Key considerations: Container deformation, film flexibility, adhesive performance, and the risk of lifting or wrinkling during application and use.
• Important note: PE film may require a carefully matched adhesive and application process, particularly on low-surface-energy plastic packaging.

Transparent labels can help create a "no-label" appearance on suitable clear packaging, while specialty materials can support specific visual or functional requirements.

Before selecting a transparent or specialty construction, confirm:

• Whether the packaging surface is clear, colored, curved, or textured.
• Whether the label needs a transparent, white, metallic, or opaque background.
• Whether white ink or other special printing requirements are necessary for the intended artwork.
• Whether bubbles, visible adhesive, or background interference could affect the final appearance.
• Whether the required material and printing process are available for the order.

Four-color process printing generally uses cyan, magenta, yellow, and black (CMYK) to reproduce a broad range of colors and images.

It can be suitable for labels containing product photography, gradients, and multi-color graphics.

Important considerations include:

• Artwork resolution and file preparation.
• Bleed, trim dimensions, and safe areas.
• Color references and approved artwork.
• Substrate color and surface characteristics.
• Registration requirements and the compatibility of subsequent finishing processes.

Brand-critical colors may require specific color references or an agreed proofing procedure. The final result can vary with the substrate, ink system, and production conditions.

Digital printing transfers artwork directly from a digital file without conventional printing plates. Depending on the equipment and material, it may be appropriate for short runs, variable artwork, or jobs requiring changes between versions.

Before choosing digital printing, confirm the available print technology, compatible materials, color requirements, finishing compatibility, and production quantity.

Digital printing and digital inspection are separate functions. If digital equipment is used for proofing or quality checks, the exact workflow should be confirmed before it is described as a quality-control capability.