The material is a self-reinforced composite made entirely from PET, delivering superior mechanical performance  compared to traditional unfilled thermoplastics. It exhibits high impact resistance, structural rigidity and dimensional stability, low shrinkage, and excellent formability. 

It  supports standard thermoplastic processing methods, including extrusion, lamination, thermoforming, and hot-press molding. The technology can be extended with functionalities such as flame retardant formulations, sandwich panel structures for construction and mobility sectors, and thermal insulation properties. 

The technology  is suitable for a wide range of industries, including Automotive (door trims, underbody shields, NVH components), Aerospace (interior panels and non-structural lightweight parts), Defence (anti-stab panels or impact-resistant panels), Marine (lightweight structural covers and panels), and Construction (interior/exterior wall panels, insulation boards, and sandwich panels). 

It is especially suited for sectors requiring recyclability, high strength-to-weight ratio, thermal insulation, and regulatory compliance. 

The global lightweight materials market is expected to exceed USD 250 billion by 2030. Demand is rising across EVs, aerospace, and defense sectors, while increasing sustainability regulations such as EU ELV and U.S. EPR are accelerating the adoption of circular materials like srPET composites. In the building sector, demand is also growing for carbon-neutral and sustainable construction materials. 

Unlike competing solutions, which rely on PP-based or hybrid fiber systems, this technology leverages 100% recycled PET to deliver superior thermal stability, processing compatibility, and recyclability. 

Its mono-material structure enables closed-loop recycling without material separation, supporting ESG and circular economy goals.

Beyond mechanical durability and excellent formability, the material also provides built-in insulation performance, offering a clear advantage cost-sensitive, regulation-driven markets, green construction, and lightweight consumer products.

The ideal business partners include OEMs and component manufacturers seeking sustainable alternatives to traditional plastics, glass-fiber composites, or metals. 

OEMs and Tier-1 suppliers in automotive and aerospace, composite and construction material manufacturers, research institutions in green materials seeking high-performance, recyclable alternatives to traditional plastics and composites.