Chitec to Showcase Advanced Solutions at 2026 (11th) Polymer Industry Annual Conference
Focusing on High-Performance Additives: Partnering with Industry to Embrace a New Era of Advanced Materials
In 2026, the polymer materials industry stands at a critical juncture defined by global supply chain restructuring and the rapid expansion of emerging applications. Geopolitical shifts, energy transition, sustainability mandates, and AI-driven technological innovations continue to reshape market demand and competitive dynamics across the advanced materials landscape.
From new energy vehicles, advanced semiconductor packaging, and AI computing data centers to robotics, eVTOL, optical communications, and smart displays, next-generation applications are not only driving material performance upgrades but also raising the bar for weatherability, thermal stability, optical clarity, flame retardancy, and long-term reliability.
To address these evolving material challenges, Chitec Technology will participate in the 2026 (11th) Polymer Industry Annual Conference & 5th "DT New Plastic Award". Located at Booth B08, Chitec will present its high-performance additive solutions spanning four core technology areas: UV light stabilization, blue light absorption, antioxidant protection, and halogen-free flame retardancy—helping polymer compounders and manufacturers elevate product durability and reliability for future-ready applications.
Focusing on Future Application Needs with High-Performance Additive Solutions
Enhancing material performance goes beyond strengthening a single property; it demands a comprehensive approach that considers processing conditions, long-term durability, optical clarity, environmental regulations, and end-use requirements.
At this year's event, Chitec Technology will showcase a targeted portfolio of functional additives engineered for the electronics, optics, building & construction, automotive & transportation, and new energy sectors. Through our comprehensive stabilization technologies and tailored formulations, we empower clients to enhance material durability, reliability, and processing efficiency.
Exhibition Highlights
Novel UV Light Absorbers
As outdoor weatherable applications, energy-efficient architectural glass, automotive components, and high-end engineering plastics advance rapidly, prolonged UV exposure presents major challenges such as yellowing, degradation, and loss of mechanical properties.
Chitec offers a versatile range of UV stabilization technologies tailored to diverse polymer matrix systems and processing conditions:
Chiguard® R-455 chemically bonds into the polymer chain during polymerization, eliminating migration, blooming, and volatilization typical of traditional additive-type UV absorbers. It is ideal for premium polymer applications requiring exceptional long-term weatherability and stability.
Combining outstanding UV protection with high transparency and excellent processability, Chiguard® 5600 is ideal for optical films, protective films, and high-weatherability plastics, satisfying demanding requirements for optical clarity and extended outdoor service life.
Formulated for liquid systems, Chiguard® E-109 simplifies processing, improves formulation compatibility, and offers flexible UV protection for coatings, resins, and specialty polymer formulations.
Blue Light Absorber Series
The expansion of AI devices, AR/VR/MR optics, smart displays, and consumer electronics demands optical materials that deliver high light transmittance and color accuracy while effectively managing High-Energy Visible (HEV) blue light—a critical design factor for next-generation optical components.
Chitec provides a comprehensive blue light absorber portfolio, including:
Customers can select optimal solutions tailored to specific polymer systems and target cutoff wavelengths, achieving precise blue light management while maintaining:
- Display color fidelity and accuracy
- High optical light transmittance
- Enhanced visual comfort
- Improved long-term user experience
- Extended optical component durability
Target Applications:
AI Smart Devices | AR/VR/MR Optical Lenses | Displays | Consumer Electronics | Optical Films | Protective Films
By tailoring absorption bands to specific substrate requirements, Chitec assists clients in accelerating the commercialization of next-generation optical and display technologies.
Revonox® 608: High-Performance Antioxidant Solution
High-temperature processing and harsh operating environments can trigger thermal-oxidative degradation in engineering plastics, leading to compromised processing quality, reduced physical properties, and shortened product service life.
Revonox® 608 is a high-performance organophosphite antioxidant specifically developed for engineering plastics, significantly enhancing:
- Melt thermal stability
- Long-term heat aging resistance
- Processing stability
- Product service lifespan
Ideal for electronics, automotive, and high-performance engineering plastics requiring high processing temperatures and long-term reliability in demanding environments.
FCX-210: Halogen-Free Flame Retardant Solution
Driven by the rapid growth of new energy vehicles, charging infrastructure, and electronic systems, materials must deliver robust mechanical performance and processability while meeting stringent fire safety and eco-compliance standards.
FCX-210 is a highly efficient phosphorus-based halogen-free flame retardant that balances:
- High flame-retardant efficiency
- Halogen-free environmental compliance
- Superior processing performance
- Retention of mechanical properties
Enabling clients to satisfy increasingly strict environmental regulations and safety standards across new energy, electronic, and industrial material applications.
From Material Stabilization to Next-Generation Applications
From UV-induced polymer aging and HEV blue light management to thermal oxidation during high-temperature compounding and fire safety requirements for new energy devices, advanced materials face increasingly complex performance criteria.
Chitec Technology remains dedicated to advancing functional additives and material stabilization solutions based on real-world application needs—helping partners strike an optimal balance between performance, processability, durability, and safety compliance while accelerating the deployment of advanced materials into next-generation applications.
We look forward to meeting you at the event.
