Composite Materials Application Engineering expertise is key to our business leadership
Syensqo delivers advanced composite manufacturing technologies that enable high-performance, lightweight and industrially scalable solutions across aerospace, automotive and industrial applications. By combining material science expertise with process innovation and digital engineering capabilities, we help customers accelerate development, enhance manufacturability and reduce program risk. Our technologies support a seamless path from early design decisions to validated, repeatable composite production at scale.
Our Technologies
Hot Compression Molding
Syensqo offers hot compression molding methods in which the composite material is placed in a heated tool and cured using applied force.
Resin Infusion
Syensqo offers resin infusion technology to manufacture aerospace composite parts efficiently eliminating the need for fasteners and adhesives.
HP-RTM
Syensqo offers HP-RTM (High Pressure Resin Transfer Molding) that combines hot compression molding with resin injection for a sub 3 minute cure.
Part Manufacture Automation
Syensqo offers automation technology for the creation of tailored composite blanks for single step molding.
Double Diaphragm Forming (DDF)
Syensqo double diaphragm forming (DDF) technology enables accurate and reliable manufacturing of complex 3D composite parts in less than 5 minutes.
Recycling
Syensqo provides recycling methods to eliminate prepreg cut offs and carbon fiber disposal by ensuring 100% material utilization.
Cutting and Trimming
Syensqo offers technologies to accurately cut raw composite materials and trim preform laminates and cured parts.
Joining
Syensqo offers composite material joining technologies such as adhesive bonding that are designed for manufacturing.
Advanced Simulation Software
Syensqo supports leading simulation databases by providing comprehensive material data, enabling customers to leverage advanced digital platforms to virtually design, test, and optimize composite parts before physical production.
