SABIC unveils Megamolding platform for large thermoplastic part production

SABIC unveils Megamolding…

SABIC, a global chemical industry leader, has launched the Megamolding platform, an innovative solution designed to make the manufacturing of large thermoplastic parts more accessible and efficient across a variety of sectors. Leveraging SABIC’s extensive expertise in materials science, the platform integrates advanced polymer technologies with the processing, tooling, and equipment knowledge of value chain partners. This collaborative approach aims to address longstanding challenges in producing large-scale thermoplastic components, such as high costs, complex processing, and limited design flexibility.

Historically, the use of thermoplastics in large parts has been constrained by manufacturing hurdles, often resulting in manufacturers defaulting to metals or thermoset materials. The Megamolding platform seeks to overcome these barriers by offering scalable, high-performance solutions that not only reduce costs but also simplify manufacturing and assembly processes. By enabling the consolidation of parts and streamlining post-processing and assembly steps, manufacturers can achieve greater efficiency and potentially lower overall production expenses.

Key benefits of the Megamolding platform

One of the primary advantages of Megamolding is its ability to deliver faster injection molding cycle times compared to traditional metal casting or thermoset processing. This can significantly accelerate production schedules, making it possible for manufacturers to respond more quickly to market demands. Additionally, the platform supports greater design freedom, allowing for the creation of complex geometries and the integration of multiple functions into single components - capabilities that are often difficult to achieve with metal stamping or casting.

The platform also promotes simplified product architecture, which can facilitate easier disassembly, sorting, and recycling at the end of a product’s life cycle. This aligns with growing industry emphasis on sustainability and circular economy principles. Moreover, the use of advanced thermoplastics enables weight and mass reduction while still meeting stringent strength and stiffness requirements, contributing to lower carbon emissions through both improved processing efficiency and lighter finished parts.


SABIC’s Megamolding platform allows for breakthroughs in manufacturing by enabling scalable, cost-efficient production of large, lightweight thermoplastic parts, driving sustainability and performance across multiple industries
SABIC’s Megamolding platform allows for breakthroughs in manufacturing by enabling scalable, cost-efficient production of large, lightweight thermoplastic parts, driving sustainability and performance across multiple industries.

Applications across multiple industries

Megamolding is designed for a broad range of applications, reflecting the versatility of thermoplastics in modern manufacturing. In the automotive sector, the platform can be used for large battery enclosures, heavy truck parts, structural components, and truck beds. The energy and infrastructure industries can benefit from its use in large energy storage enclosures, wind turbine components, and power grid structures. For industrial equipment, Megamolding offers solutions for heavy-duty machinery housings, chemical storage tanks, and piping systems. Consumer goods and electronics manufacturers can utilize the platform for appliance enclosures, furniture, and protective casings, while the building and construction sector can apply it to structural panels, roofing components, and reinforced plastic solutions.

By enabling the manufacturability of large thermoplastic parts, SABIC’s Megamolding platform represents a significant step forward in advancing both the efficiency and sustainability of industrial production processes. The platform’s focus on cost-effectiveness, design flexibility, and environmental considerations positions it as a promising alternative to traditional materials and methods for large-part manufacturing.

Polyolefins, PVC, Polyester and PS, Olefins, Aromatics and gasoline products, Fibre intermediates, Industrial gases, Linear alpha olefins

Netherlands