Titanium-Based Photoinitiator 784: High-Efficiency Solution for UV/Visible Light Curing

Discover the advanced capabilities of our Photoinitiator 784, a superior titanium-complex initiator designed for demanding UV and visible light curing applications. As a leading manufacturer and supplier in China, we provide high-quality solutions for photopolymers, information storage, coatings, inks, and adhesives. Inquire today for pricing and bulk purchase options.

Get a Quote & Sample

Key Advantages of Our Photoinitiator 784

Broad Spectrum Curing

Photoinitiator 784 exhibits broad absorption from UV to visible light, allowing for versatile curing with different light sources, including lasers like Ar-Laser (488nm) and FD-Nd/YAG-Laser (532nm). This makes it a sought-after buy for advanced material processing.

Enhanced Reactivity and Stability

Achieve optimal curing performance, especially in the absence of oxygen, with this highly reactive photoinitiator. Its outstanding reactivity and good thermal stability ensure consistent and efficient polymerization, a critical factor for manufacturers.

Specialized Applications

Its unique properties make it especially suited for high-tech fields such as information storage devices, optical layers, holograms, and laser direct imaging. Explore how our Photoinitiator 784 supplier network can meet your specific technical requirements.

Versatile Applications for Photoinitiator 784

Photopolymers & Information Storage

Ideal for creating high-resolution resists, printing plates, and data storage media, Photoinitiator 784 enables precise UV curing for these advanced applications.

Coatings & Inks

Enhance the performance of UV-curable coatings and inks with Photoinitiator 784, ensuring rapid curing and excellent finish. We are a dedicated supplier for your formulation needs.

Adhesives

Utilize Photoinitiator 784 in UV-curable adhesive formulations for fast bonding and strong adhesion in various industrial settings. Purchase high-quality adhesive components from us.

Laser Direct Imaging & Stereolithography

Its suitability for laser-initiated curing makes it a key component for applications like laser direct imaging and 3D printing (stereolithography).