Frequently Asked Questions

Absolutely! From automotive and medical inks to tagless printing solutions, toys and FMCG labels & packaging, our expertise covers diverse sectors. We thrive on crafting specialty inks that fit your niche needs perfectly.

Just reach out to our helpful team, and we'll be happy to provide the necessary documentation and compliance certificates.

Yes, our complimentary* global sampling service lets you experience the quality and performance of our inks firsthand. Send us your product samples and printing specs, and we'll create a custom ink sample for you to test.

Solvent-based inks are defined by their unique formulation, where the colorant is dissolved in a solvent, offering specific advantages for printing applications.

The benefits of solvent-based inks include their durability, quick drying times, and ability to adhere to a wide range of substrates.

Utilizing solvent-based inks comes with drawbacks such as potential environmental and health hazards due to volatile organic compounds (VOCs), Polycyclic Aromatic Hydrocarbons (PAHs), Phthalates, Heavy metals, etc.

Solvent-based inks use a solvent carrier to dissolve pigments or dyes, drying quickly and offering durability, but they often contain harmful chemicals. Pigment-based inks feature solid pigment particles dispersed in a liquid carrier, such as water or oils, providing vibrant colors and superior longevity without chemical concerns

Ink pot life refers to the duration an ink remains usable after being mixed with hardeners or other additives, before beginning to degrade or cure.

Hardeners or thinners should be added to inks based on specific criteria including ink viscosity, substrate material, and desired drying time.

Hardeners in inks serve to enhance the durability and adhesion of the ink to the substrate, initiating a chemical reaction that cures the ink.

Thinners are used in ink formulations to adjust the viscosity for optimal printing performance and drying time.

The drying time for Pad Printing ink can vary based on the ink formulation and environmental conditions, generally ranging from immediate to several hours.

Pad printing relies on specialized inks tailored for efficient and precise image transfer from the pad to the substrate. These inks, commonly solvent-based, are categorized as 1-component or 2-component. A 1-component ink requires only solvent for mixing. Meanwhile, a 2-component ink can function as a 1-component ink but also accommodates a hardener for added versatility.

Yes, pad printing inks have a shelf life, beyond which their performance may deteriorate, affecting print quality.

The key ingredients in pad printing ink include a colorant, solvent, and binder, each contributing to the ink's performance characteristics.

While pad printing ink is versatile, its compatibility with all substrates is not guaranteed, necessitating testing for specific applications.

Selecting the correct pad printing ink involves considering the substrate material, desired durability, and environmental conditions. Contact the experts ( link contact form of the website)

A retarder is used to slow the drying time of ink, allowing for longer work times and preventing ink from drying on the screen or pad.

The consumption of ink depends on the machine used. EPIC pad printers ( link to website EPIC features page ) start printing by mere 15 gms of ink.

Adding thinner to pad printing ink is not always mandatory but is recommended to achieve the desired viscosity and drying time for optimal printing results.

Mixing different brands or types of inks and thinners is generally not recommended due to potential compatibility issues affecting ink performance.

A hardener, or catalyst, affects the ink by accelerating the curing process, enhancing durability and adhesion to the substrate.

The environmental impact of pad printing inks can include the release of VOCs PAHs, Phthalates, Heavy metals, etc., necessitating the use of environmentally friendly formulations where possible.

Determining the appropriate ink type involves evaluating the substrate, desired durability, finish, and compliance with environmental regulations.

Pad printing inks are available in a wide range of colors, with custom color matching options to meet specific design requirements. Contact the experts

To expedite ink drying, use quick-drying inks and adjust their drying time with appropriate thinners. Increasing air circulation with fans or blowers and applying moderate heat can further accelerate the drying process.

Yes, water-based inks can be used for printing on polypropylene (PP) substrates. However, using water-based inks for PP printing presents challenges in adhesion due to PP's low surface energy, requiring surface treatment. Longer drying times and potential compromises in flexibility and color vibrancy are additional considerations for achieving optimal print quality.