Sun Chemical Will Showcase PPS Portfolios at FAKUMA 2026
The company will debut its advanced material solutions at the international trade fair in October 2026.
Updated on Oct. 5, 2026 in Chemistry
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Sun Chemical plans to present its DIC.PPS and masterbatch product lines at FAKUMA 2026, which is scheduled for October 12-16, 2026. The company will operate out of Hall B4, Stand 4102 to demonstrate innovations in electrification, thermal management, and recycling.
Why it matters
These material innovations aim to solve complex industry challenges related to thermal management and plastics circularity. By utilizing specialized grades and detection technology, the company seeks to improve product performance and enhance the efficiency of plastic sorting processes.
Sun Chemical will showcase specialized grades including the DIC.PPS Z-240, Z-650-MV, TX-2010-HV, and extrusion-grade Z-200-XP. The exhibit features soot-free and carbon black-free technologies designed for improved plastic sorting and electrification.
The players
Sun Chemical
This global producer of printing inks, coatings, and pigments is a primary subsidiary of the DIC Corporation.
FAKUMA
This is a major international trade fair for industrial plastics processing held annually in Germany.
The details
Sun Chemical is leveraging near-infrared detectable masterbatch technology to modernize recycling streams and sorting capabilities. The display also highlights the TropoSol C100 agricultural film, which is engineered to actively respond to environmental heat conditions.
Timeline
FAKUMA 2026 will take place from October 12 to October 16, 2026.
The Big Picture
The introduction of near-infrared (NIR) detectable masterbatch technology shifts the trajectory of plastic waste management by enabling more accurate sorting in recycling facilities. This advancement directly addresses longstanding limitations in identifying black plastics, marking a move toward higher-quality circular economies.
The use of these advanced PPS grades will likely lead to more heat-resistant and durable electronic components in consumer devices. Additionally, the improved plastic sorting technology aims to decrease landfill reliance by increasing the amount of recyclable waste that can be processed.
The takeaway
Advancements in soot-free, heat-responsive materials illustrate a broader trend toward enhancing product functionality while simultaneously improving the recyclability of industrial components. Manufacturers and recycling centers should monitor these developments as they may soon set new benchmarks for environmental compatibility in plastic production.
Further reading
For more developments in sustainable materials and processing, visit the /science/chemistry/ section.
Source note: This article includes information reported by Interplas Insights.
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