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September 2, 2025
SABIC Unveils Megamolding platform for large Plastic Part Molding
SABIC Unveils Megamolding platform for large Plastic Part Molding
Sabic has launched Megamolding, an advanced manufacturing platform designed to make large, high-performance thermoplastic parts more practical, scalable, and sustainable. By addressing the long-standing barriers of cost and processing complexity, Megamolding offers manufacturers an efficient alternative to metals and thermoset materials.
The platform builds on Sabic’s decades of expertise in polymers, combining its deep materials science capabilities with the tooling, processing, and equipment knowledge of value chain collaborators. This collaborative approach positions Megamolding as a solution that not only reduces production costs but also enhances efficiency and environmental performance.
“Sabic is uniquely positioned to help manufacturers unlock new possibilities in large-part thermoplastic production,” noted Sami Al-Osaimi, Executive Vice President, Polymers SBU. “By leveraging our innovation and partnerships, we can deliver real gains in performance, efficiency, and sustainability.”
Megamolding brings several advantages to manufacturers. It enables faster cycle times compared to metal casting or thermoset processing, delivers greater design flexibility for complex geometries, and simplifies product architecture for easier disassembly and recycling. Lightweight yet strong parts help reduce mass while maintaining structural performance, which in turn lowers carbon emissions across the value chain.
Applications for Megamolding are broad, spanning industries such as automotive (battery enclosures, body panels, truck beds), energy and infrastructure (storage enclosures, wind turbine components), industrial equipment (machinery housings, tanks, piping), consumer goods (appliance casings, furniture), and construction (structural panels, roofing).
By merging advanced material science with process innovation, Sabic’s Megamolding platform sets a new standard for scalable, sustainable large-part manufacturing. Learn more here.
The platform builds on Sabic’s decades of expertise in polymers, combining its deep materials science capabilities with the tooling, processing, and equipment knowledge of value chain collaborators. This collaborative approach positions Megamolding as a solution that not only reduces production costs but also enhances efficiency and environmental performance.
“Sabic is uniquely positioned to help manufacturers unlock new possibilities in large-part thermoplastic production,” noted Sami Al-Osaimi, Executive Vice President, Polymers SBU. “By leveraging our innovation and partnerships, we can deliver real gains in performance, efficiency, and sustainability.”
Megamolding brings several advantages to manufacturers. It enables faster cycle times compared to metal casting or thermoset processing, delivers greater design flexibility for complex geometries, and simplifies product architecture for easier disassembly and recycling. Lightweight yet strong parts help reduce mass while maintaining structural performance, which in turn lowers carbon emissions across the value chain.
Applications for Megamolding are broad, spanning industries such as automotive (battery enclosures, body panels, truck beds), energy and infrastructure (storage enclosures, wind turbine components), industrial equipment (machinery housings, tanks, piping), consumer goods (appliance casings, furniture), and construction (structural panels, roofing).
By merging advanced material science with process innovation, Sabic’s Megamolding platform sets a new standard for scalable, sustainable large-part manufacturing. Learn more here.
September 29, 2025
Honda’s Chemical Sorting Breakthrough: Redefining Automotive Plastic Recycling
Honda’s Chemical Sorting Breakthrough: Redefining Automotive Plastic Recycling
Honda R&D Co. is taking a bold step toward circular manufacturing with the development of a pioneering chemical sorting technology that could transform how plastic waste from vehicles is reclaimed and reused. Automotive plastics are notoriously difficult to recycle due to contaminants like metals, glass fibers, and rubber, materials that clog filters and complicate traditional sorting methods.
Instead of relying on mechanical separation, Honda’s new process uses a solvent-based approach that dissolves the plastic, freeing it from non-plastic impurities. This chemistry-driven method achieves an impressive 99% contaminant removal rate, a significant leap from the roughly 80% achievable through physical sorting. The result is a cleaner, high-purity plastic suitable for direct reuse in automotive production.
The innovation lies not only in chemistry but also in practicality. By pairing coarse filters with centrifugal separation, Honda has designed a process that avoids the frequent clogging and downtime that plague existing recycling systems. The method operates continuously, handles various contaminant sizes, and minimizes maintenance needs, all crucial for industrial-scale recycling.
A pilot facility, capable of processing up to 350 tones of plastic waste annually, is slated to validate the system by 2026, with commercial rollout expected around 2029.
Beyond efficiency, the environmental benefits are substantial: reduced CO₂ emissions, lower processing costs, and recovery of reinforced plastics that previously ended up incinerated. Learn more about this topic here.
Instead of relying on mechanical separation, Honda’s new process uses a solvent-based approach that dissolves the plastic, freeing it from non-plastic impurities. This chemistry-driven method achieves an impressive 99% contaminant removal rate, a significant leap from the roughly 80% achievable through physical sorting. The result is a cleaner, high-purity plastic suitable for direct reuse in automotive production.
The innovation lies not only in chemistry but also in practicality. By pairing coarse filters with centrifugal separation, Honda has designed a process that avoids the frequent clogging and downtime that plague existing recycling systems. The method operates continuously, handles various contaminant sizes, and minimizes maintenance needs, all crucial for industrial-scale recycling.
A pilot facility, capable of processing up to 350 tones of plastic waste annually, is slated to validate the system by 2026, with commercial rollout expected around 2029.
Beyond efficiency, the environmental benefits are substantial: reduced CO₂ emissions, lower processing costs, and recovery of reinforced plastics that previously ended up incinerated. Learn more about this topic here.
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