In the field of modern industrial printing, innovation in materials technology has always been the core driving force behind industry development. In recent years, the IOTA 2135 series of pad printing liquid silicone rubber, a specialty silicone material designed specifically for pad printing, has become a new choice for industrial printing companies due to its superior performance, providing both high efficiency and stability for printing production.
Pad printing, a key technology in industrial printing, is widely used for printing on surfaces of various materials, including electronics, plastics, and metals. Pad printing silicone, a core consumable in this process, has a performance that directly impacts printing accuracy, production efficiency, and product quality. The IOTA 2135 series of pad printing liquid silicone rubber represents a technological innovation that addresses the pain points of traditional pad printing materials in practical applications.
Excellent mechanical properties are one of the core advantages of the IOTA 2135 series. During the pad printing process, silicone print heads are subject to repeated contact with the substrate and printing plate, enduring constant pressure and friction. This series of products, through a special formulation, significantly enhances the material's tear strength and abrasion resistance, extending the print head life by over 30% compared to traditional materials, significantly reducing consumable replacement costs and downtime.
High resilience is a key characteristic for ensuring printing accuracy. During pad printing, the print head must precisely transfer ink from the plate to the substrate surface, requiring silicone materials to possess excellent elastic recovery. The IOTA 2135 series quickly rebounds after being squeezed by external forces, effectively avoiding issues such as pattern distortion and blurred edges caused by print head deformation. It is particularly suitable for printing fine patterns and small text, helping companies achieve higher-quality printing results.
The IOTA 2135 series offers significant advantages in production convenience. This material cures at room temperature, eliminating the need for additional heating equipment. This streamlines the production process and reduces energy consumption. For small and medium-sized printing companies, this room-temperature curing feature significantly lowers the investment threshold, enabling more companies to adopt high-quality pad printing materials and enhance product competitiveness.
Solvent resistance and rapid demolding further enhance the practical value of this series.Chemicals such as ink thinners frequently used in pad printing can easily cause silicone material degradation. The IOTA 2135 series' excellent solvent resistance effectively resists chemical corrosion, ensuring long-term stable printhead operation. Furthermore, its rapid release feature reduces adhesion between the printhead and the plate and substrate, shortening single print runs and significantly improving overall production efficiency.
As industrial manufacturing demands ever-increasing surface finish precision, pad printing technology is increasingly being used in electronic components, automotive parts, medical devices, and other fields. With its comprehensive and balanced performance advantages, the IOTA 2135 series of pad printing liquid silicone rubber is becoming a key driver of industrial printing technology upgrades, providing strong support for the high-quality development of the manufacturing industry.
