Discover the ideal screen printing inks for non-textile materials such as metal, glass, plastic, and vinyl. These solvent-based inks, known for their durability and chemical resistance, are perfect for non-porous surfaces. Find the most vibrant and high-performance options for your printing projects. Explore the best solutions for industrial and artistic applications on hard substrates.
Works best on non-porous surfaces
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Solvent inks are ideal for screen printing on non-textile surfaces due to their ability to dissolve the surface layer of materials like vinyl, plastic, metal, and glass, ensuring exceptional adhesion. Their formulation allows them to withstand extreme environments and offer high UV resistance, preventing fading and peeling in durable applications.
Excellent initial adhesion
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UltraGlass LEDGL UV-LED inks provide exceptional initial adhesion to glass, combined with superior opacity and sheen. Their rapid curing capability via UV-LED technology makes them highly efficient and suitable for non-textile surfaces requiring durability and resistance.
Adheres to many non-textile substrates
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Epoxery Quasar is a solvent-based, two-component ink that offers exceptional adhesion on non-textile surfaces such as ceramics and glass. Its formulation ensures high resistance to solvents, chemicals, and abrasion, making it ideal for durable screen printing and pad printing applications.
Suitable for printing on various non-textile surfaces
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Norilit U-SG provides exceptional adhesion and superior durability on a wide variety of non-textile surfaces, including metals and challenging plastics. Its resistance to high temperatures and chemicals makes it a robust solution for demanding industrial applications.
Excellent adherence on glass and metal
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These inks offer superior adhesion and exceptional resistance to abrasion and chemicals, making them ideal for non-textile surfaces like glass, metal, and ceramics. Their two-component formulation ensures unparalleled durability and performance in industrial and electronic applications.
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Excellent adhesion to a wide range of materials
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UV HD Glass ink provides instant curing and strong adhesion on pre-treated glass surfaces, ensuring high-quality and durable results. Its formulation offers scratch, wear, and fade resistance, making it ideal for cosmetic packaging and perfume bottles.
Ideal for electronic and industrial applications
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ADE epoxy screen ink offers exceptional adhesion to metals, glass, and other hard-to-print non-textile substrates, thanks to its formulation with high-quality epoxy resins. It provides outstanding resistance to solvents, chemicals, and abrasion, making it ideal for industrial and electronic applications requiring durability.
High resistance to aggressive media
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These inks offer superior resistance to aggressive media and mechanical stress, making them ideal for non-textile surfaces like glass, metal, and pre-treated plastics. Their two-component formulation ensures exceptional adhesion and durability, which is crucial for demanding packaging and decorative applications.
Engineered for high performance on glass
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Printcolor's UV inks offer a high-quality printing solution for glass and ceramics, notable for their rapid curing and superior resistance to chemicals and detergents. They provide a wide color range and decorative effects, surpassing the limitations of traditional ceramic inks in terms of chromatic variety and cost.
Excellent adhesion to stainless steel and uncoated aluminum
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These inks are engineered to provide exceptional adhesion and fast drying times on metallic surfaces, which is crucial for prints that must withstand harsh conditions. Their specialized formulation ensures designs remain intact and vibrant on non-textile substrates like steel and aluminum, delivering a durable, high-quality finish.
Our methodology for ranking the best screen printing inks for non-textile surfaces focuses on the relevance of each ink type for different materials and their key properties. We evaluate the characteristics that make them suitable for specific applications, based on the provided context.