Our product adopts innovative dual curing technology of UV curing and thermal curing, which achieves a perfect combination of rapid prototyping and deep curing through the synergistic effect of photo initiation and thermal activation.

Under UV light irradiation, the surface of the material instantly solidifies to form a stable structure, while the shaded areas or thick layers that are not illuminated are thoroughly cross-linked through subsequent heating, ensuring the consistency and reliability of overall performance. This dual-mode curing mechanism not only retains the flexibility, weather resistance, and biocompatibility of silicone rubber, but also significantly enhances the material's applicability and process flexibility.


The unique advantage of the dual curing system lies in breaking through the limitations of a single curing method, which can meet the needs of efficient production and solve the curing problems in complex structures.

UV curing endows materials with the ability to form in seconds, greatly reducing production cycles, while heat curing further enhances the mechanical strength and environmental resistance of materials, especially suitable for applications that require strict precision, adhesion, and long-term stability. In addition, the system is compatible with multiple substrates and can achieve strong adhesion without complex pretreatment, providing a more reliable solution for complex industrial designs.


This product is widely used in high-precision manufacturing and functional material demand scenarios. In the field of electronic packaging, it can quickly protect small components and resist thermal shock; In medical devices, its biological inertness and flexibility are suitable for components such as catheters and seals that are implanted or come into contact with the human body for a long time; In 3D printing and optical device manufacturing, dual curing technology ensures the integrity of complex structures and the stability of optical performance.

Whether it is the need for rapid prototyping validation or end product manufacturing, this material can provide innovative solutions that combine efficiency and quality. Our product adopts innovative dual curing technology of UV curing and thermal curing, which achieves a perfect combination of rapid prototyping and deep curing through the synergistic effect of photo initiation and thermal activation.

Under UV light irradiation, the surface of the material instantly solidifies to form a stable structure, while the shaded areas or thick layers that are not illuminated are thoroughly cross-linked through subsequent heating, ensuring the consistency and reliability of overall performance. This dual-mode curing mechanism not only retains the flexibility, weather resistance, and biocompatibility of silicone rubber, but also significantly enhances the material's applicability and process flexibility.

The unique advantage of the dual curing system lies in breaking through the limitations of a single curing method, which can meet the needs of efficient production and solve the curing problems in complex structures.

Regarding liquid silicone rubber, please refer to our website for details: IOTA Liquid Silicone Rubber