(21381 products available)
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Suppliers provide buyers with four types of images, and each formulation has been adapted for the distinct output trait.
Dyed-based ink
Water-based inks have pigments dissolved in liquids, bringing forth vivid color and saturation. Therefore, this ink is adequate for glossy and fine art papers, providing optimum absorption and expansion of color. For the setting provided, this ink is ideal for image on paper products because it provides sharp visuals on white backgrounds in print packaging and graphics. However, this ink is vulnerable to light and water, which give it an edge application in indoor settings where it is not exposed to direct sunlight or humidity.
Pigment-based ink
The pigment-based ink is less refined than its water-based counterpart as it contains solid particles of colorant suspended in liquid. Its structure makes it resistant to fading even under harsh environmental conditions such as sunlight and moisture. This makes it especially useful for heavy-duty materials and images that require long-term protection from adverse weather. The formulation of the pigment ink makes it necessary to use different paper types, usually those with a specific coating that enable the easy laying of the ink on surface. Some of its uses include packaging labels for outdoor use, exposure to heat seals, or storage in boxes.
Sublimation ink
Remodeling sublimation ink is a significant transformation from regular ink types since it works through a process involving dye integration into certain polymeric surfaces. This type of ink is ideal for textiles, ceramics, and certain plastics used in different applications like custom packaging and product branding, which require not just aesthetic quality but also toughness. It provides vivid permanent colors that are wash-fast and resistant to scratches. Hence, it is ideal for image-based packaging in clothing or houseware goods where appearance has strong bearings on the quality of the product.
Solvent-based ink
The inks are also drawn to the substrates that are used in their formulations, which include organic solvent as the basis for their industrial application. Solvent-based inks adhere strongly to non-porous materials, making them useful for packaging materials. Their formulation provides water and chemical resistance, thus protecting the prints even if they are exposed to hostile environments where they are likely to be submerged, exposed to heat, or even subjected to outdoor conditions. In particular, solvent-based inks can be applied to vinyl or plastic packaging, especially where long-lasting graphics are required.
Advancements in printing technology, and each is suitable depending on the required resolution, substrate compatibility, and aesthetic effects.
Metallic ink
Metallic image inks contain minute flakes of aluminum or other metallic substrates that generate glimmer and reflective surfaces with the corresponding image. Great for upscale or specialty packaging, metallic inks provide a nice and elegant look that eliminates the need to use foil stamping. This class of ink can also be printed on virtually any ink except regular inks to provide a unique finish on paper, plastic, and other materials for image-centric products such as cosmetics, liquor, or electronics packaging.
Fluorescent ink
Most fluorescence inks are identifiable and legitimated by the presence of ultra-violet light, and they are thus recommended for the printing of posters and packaging. These inks derive their optical property from the pigments contained therein, and this makes them appear bright in normal lights and more remarkably under UV lights. Fluorescent inks are spot colors that can produce a packaging product to attract extra attention, especially in high-traffic areas. They are also used for safety labels and signs that need visibility under different lighting conditions.
Thermal ink
Variable hot melt ink is dedicated to variable printing technology, particularly with variable packaging. Its unique selling proposition is that the ink can attain various temperature zones, thus making it feasible to print different image segments. Thermal inks are especially valuable for personalized packaging, such as product labels, where information such as names or offers needs to be changed. This also extends their applications to temperature-sensitive packaging, such as food and pharmaceuticals, where the integrity of the graphics is essential.
Glitter inks
They contain suspended particles that give them a sparkly appearance and, therefore, belong to any product marketing that aims at appealing visually. Glitter inks can have sparkle, shimmer, or glow effect depending on the particle size and ink density. Those pictures and prints will be desirable on cosmetic packaging, greeting cards, or any other soft goods' images, bringing up an appealing touch and high-end feel to their handling. These inks are also available in various colors and therefore allow for customization according to general themes or preferences.
Everyday ink for images comprises pigments or dyes, solvents, and a conglomerate of additives.
Water-based ink
The principal materials constituting water-based ink are water as the main solvent, additives, surfactants, and polymer resins. Water forms the basis of the ink, which serves to dilute pigments or dyes whereby the pigments or dyes are evenly dispersed in a liquid medium, thus aiding its application during the printing stage. Additives are mixed to enhance the ink, improving the dry and freeze resistance, and also the surfactants to improve surface acquaintance with printed materials. Polymer resins bond the pigments or dyes with the substrate, aiding the formation of the film so as to improve the stability of the print.
Solvent-based ink
Insoluble pigments or dyes, solvate, and various additives such as resins and surfactants compose the constituent parts of this ink. The solvent employs more effective adhesion of the ink to non-porous substances, and the resultant materials have a tendency to be more resistant to various liquids than water. Resins are crucial in formulating the ink, as they serve to integrate pigments with substrates, while surfactants are incorporated to maintain a better acquaintance and evenly distribute the pigments on the surface for better print quality. Proper setting of these components increases the durability and functionality of the typical printed materials in industrial applications.
UV-curable ink
Organic UV ink cures from a mix of oligomers, monomers, pigments, and photo-initiators. Oligomers and monomers are the ink molecules, which upon exposure to UV light polymerize to form a dense solid film. The ink maintains its consistency and does not evaporate unlike conventional inks. Photo-initiators combine with UV light to generate free radicals and thus initiate curing. This composition contributes to the print durability, scratch resistance, and overall greater effectiveness of this printing technology under varying conditions.
Ink for images plays an instrumental role in various everyday activities, helping ensure the end results give a quality finish and durability.
Product packaging
Image inks for packaging are used prominently within the consumer goods sector across the board, from food and beverages to personal care, household items, and beyond. Such inks have a dual purpose of adding to the pack's aesthetics and ensuring that the graphics remain eye-catching and legible. This is very important in capturing consumers and providing them with useful information. Sublimation of apparel and related industries highlights our use of inks on packaging that need vivid colors and durability; thus, packaging design becomes part of the marketing and product protection.
Labeling
Image inks find extensive application in various label printing, especially for industrial and commercial applications such as electromechanical equipment or chemicals. Such a need for labeling often requires it to be hardy, resistant to solvents and moisture, and inclusive of necessary pictograms for hazardous goods. Labels used for food products are printed using ink that creates good image quality and safe foods by providing the required print information, such as expiry date, batch number, and ingredients list.
Security printing
When it comes to banknotes, identification documents, and other vital records, image inks that prove resistant to tampering, be it light, heat, or solvents, are used to enhance the security features. Inks such as infrared or ultraviolet inks create patterns that are only visible under special lighting, thus aiding in strength and authenticity checks. This type of printing deters counterfeiters while increasing protection for and against fraudulent activity.
Stationery and promotional materials
The use of image inks is ubiquitous in the printing field of stationery, business cards, brochures, and many other promotional materials. Inks care for the aesthetics in that in whatever substrate it is printed; the standard quality of the image print remains high. Bright, vivid colors in promotional materials create a positive impression, increase brand visibility, and even make a business stand out in competitive markets. It is also used for printed materials in companies that require printed stationery, which contribute to a professional look and output quality.
Selecting the right ink depends on factors such as substrate of the packaging material, cost, and end usage. For example, water-based inks are the cheapest printing option for indoor graphics on porous materials.
Ink type
Among the most important factors to consider when choosing ink is the type of ink that will be used for imaging. The most commonly used for general applications are water-based inks since the application is normally indoors and on porous surfaces like paper. For outdoor applications or on non-porous substrates like plastic or metal, solvent-based orUV inks are a more appropriate choice due to the great durability and adhesion. Sublimation inks are specially useful for textiles and other materials coated with polymer, as they provide seamless integration of the colors into the substrate, which leads to long-lasting images. Pigment inks are appropriate for high-quality imaging where color fidelity and light resistance are essential.
Substrate compatibility
Ink selection should also consider the substrate onto which the image will be printed. For porous materials like paper or cardboard, water-based inks provide good adhesion and vibrancy of color. Solvent-based inks are better suited for non-porous surfaces like plastic or metal, as they provide greater durability and chemical resistance. Specialized inks, like heat transfer or sublimation inks, are designed for specific materials, such as fabrics or coated surfaces, ensuring deeper penetration and enhanced image quality. Ensuring the right ink type for the substrate helps maintain the integrity and quality of the printed image, making it crucial for effective packaging solutions.
End-use and environmental conditions
The choice of ink for imaging should take into consideration the end-use of the product and the environmental conditions it may be exposed to. For products that require exposure to sunlight, such as outdoor signage or automotive parts, pigment-based or UV inks that offer fade resistance are ideal. Similarly, for packaging that will be exposed to moisture or chemicals, solvent-based inks provide greater durability and water resistance. Inks like heat-sensitive or anti-bacterial inks might be necessary for specific applications, such as food packaging or electronic devices, where additional protection or special properties are required. Evaluating the end-use scenario helps determine the best ink type to ensure long-lasting, high-quality images.
Cost and environmental considerations
When selecting inks, both costs and all environmental aspects should be addressed. Water-based andUV inks are usually less expensive than conventional solvent inks, although they still offer economic savings and effective print quality. Environmental aspects should also be considered since the water-based inks are used, which have low emission of pollutants or eco-friendly alternative inks. Solvent-based inks provide a higher ecological impact owing to the organic solvents that are volatile and potentially hazardous. However, in particular applications where endurance and durability are in high demand, the benefits may override the costs. Evaluating the cost of graphics, quality and impact on the environment help make an informed decision regarding the choice of imaging ink for the printed graphics.
A. The right type of ink depends on the substrate and application. For imaging on paper products, water-based inks provide good color and adhesion. UV inks are more appropriate for non-porous surfaces like plastic or metal, where durability and resistance to environmental factors are required. For textiles or materials that can be heat-pressed, sublimation inks offer a method to obtain long-lasting images embedded into the surface. Pigment inks are practical when high fidelity of color is required, along with light resistance. Choosing the right type of ink ensures quality and durability in the final printed product.
A. Dye-based inks dissolve pigments or dyes within the liquid medium and ideal for porous surfaces like paper. This type of ink creates vibrant colors and has better color saturation. Pigment ink comprises pigment particles suspended within the liquid. They are formulated to give greater resistance to light and environmental factors such as moisture. Choosing the appropriate type of ink can affect the visual quality and durability of the imaging.
A. Sublimation ink is specifically suited for use on materials coated with polymer or polyester. When heated, the ink migrates into the surface, thereby creating a permanent image. Thus, sublimation inks find useful applications in textile and certain plastic product imaging. Sublimation ink is not effective on materials such as cotton or natural fibers. However, they can be coated or manufactured from polymer for the ink migration.
A. Pigment-based ink is suitable for outdoor use since it is resistant to environmental factors such as sunlight and moisture. Other forms of ink are either dye-based or water-based. While they work fine in indoor applications, they are not suitable for outdoor use. For outdoor signage and packaging, pigment and UV-curable inks are appropriate because they provide greater durability and long-lasting color integrity.
A. Eco-friendly inks commonly offer print quality that is comparable to conventional inks for many applications. Inks are made from renewable resources, such as soy or vegetable-based inks, with lower emissions than petrochemical-based inks. They also achieve good color saturation and adhesion for a variety of substrates. Choosing eco-friendly inks to achieve satisfactory image quality in the undertaken imaging regardless of the impact on the environment.
浙公网安备 33010002000092号
浙B2-20120091-4