Reduced Toxicity in Disposal & Recycling: Prevents the formation of highly toxic dioxins and furans if the printed material is incinerated at the end of its life cycle. This makes recycling of packaging materials safer and more environmentally friendly.
Safer Decomposition: Aligns with circular economy principles by ensuring products break down without releasing hazardous halogenated compounds into the environment.
2. Critical for Electronics Industry Compliance
Meets Strict Industry Standards: Essential for compliance with key electronics industry regulations and standards that restrict halogenated compounds, most notably:
RoHS (Restriction of Hazardous Substances): While RoHS restricts specific halogenated flame retardants (e.g., PBB, PBDE), using halogen-free inks is a proactive measure and often a customer requirement.
IEC 61249-2-21: The definitive international standard for "halogen-free" electronic materials, setting the limits of < 900 ppm Chlorine (Cl) and Bromine (Br) and < 1500 ppm total halogens.
Prevents Corrosion: Halogens, particularly chlorine, can form corrosive acids in the presence of moisture, which can damage delicate electronic components and circuits over time. Halogen-free inks eliminate this risk.
3. Market Access and Competitive Advantage
Global Market Requirement: A mandatory requirement for supplying components to major global electronics manufacturers (OEMs) like Apple, Dell, HP, and Cisco, who have strict halogen-free material policies.
Strong Brand Image: Demonstrates a commitment to product safety, environmental responsibility, and sustainability, which is a powerful marketing tool and increasingly important to consumers.
4. Improved Operational Safety
Safer Working Environment: Reduces potential exposure to hazardous halogenated compounds for operators during handling and printing processes.
