A REVOLUTIONARY PROCESS ELIMINATING CURRENT LIMITS IN CFRP TRANFORMATION
KORIDION is the first active core
for the self forming of CFRP to its final shape.
The Koridion core, with its viscous behavior, optimizes CFRP forming by absorbing overlaps and interference. It generates uniform pressure, enabling previously impossible shapes. Fireproof and soluble, it reduces material use while ensuring ultralight, strong, and high-quality structures.
Technical Characteristics
DESIGN FREEDOM
The KORIDION core allows previously impossible forms giving the designers the freedom to invent new shapes and revolutionize the products.
FIREPROOF / SHOCKPROOF
The KORIDION core creates high equalized pressure (up to 12Bar), is completely fireproof and shockproof, is soluble and permits the reduction of CFRP materials garanteeing ultralight compositions.
COST SAVING / CFRP SAVING
KORIDION allows 40% cost savings, ease of use, immediate increase in projects, savings of up to 60% of labor time, savings of up to 40% of CFRP material used, no more consumables and the simplification of equipment required to operate.
GREENHOUSE GAS REDUCTION
The KORIDION LCA-Analysis claims an average of 40% of reduction in the emission of GHG in the CFRP sector. Furthermore the significant weight saving that the use of KORIDION can bring to products naturally implies an important reduction in fuel consumption.
Koridion vs Conventional processes
Precision engineering
that unlocks impossible forms.
At the heart of Koridion, The Equalizer enables unmatched creativity, precision, and reliability in advanced components.
By combining full control of curing parameters with a multi-process architecture, Equalizer overcomes the limitations of traditional composite technologies, enabling complex geometries, high quality and scalable production within a single system.
Shaping performance across advanced industries
Alia Mentis develops advanced technologies that enable complex, high-performance solutions for industries where limits are constantly challenged.
Aerospace
We support aerospace applications with lightweight, high-performance components engineered for structural efficiency, geometric complexity and strict quality requirements. Our technologies enable advanced designs while ensuring reliability, repeatability and process control.
Defence
Lightweight structures and compact architectures are critical in unmanned aerial systems. Our technologies enable complex geometries and integrated solutions where flight performance, reliability and weight efficiency directly affect operational capability.
Automotive
Industrial scalability and process repeatability are central to modern automotive manufacturing. Our technologies enable lightweight, geometrically complex components designed to meet performance, efficiency and production requirements.
Motorsport
Extreme loads, rapid iteration and uncompromised performance define motorsport environments. Our solutions enable precision-engineered components where lightweight construction and reliability are decisive competitive factors.
Sports & protective equipment
We enable next-generation sports and protective products by combining lightweight structures, impact performance and design freedom. Our solutions support high-performance applications where safety, comfort and innovation converge