New Materials (R&D Lab)
R&D / DEVELOPMENT — Engineering next-generation polymers, geopolymers, and battery precursors from recycled solar and wind feedstocks.
Welcome to the EnerX R&D & Circular Materials Lab. Operating under an active R&D / DEVELOPMENT mandate, our materials scientists and chemical engineers synthesize high-margin experimental prototypes from our cleanest recycled fractions: micronized wind-blade glass fibers, delaminated solar EVA polymers, low-iron solar glass cullet, and ultra-pure crystalline silicon. We actively invite universities, construction pioneers, and industrial OEMs to co-develop and pilot these circular materials.
Experimental Circular Material Prototypes & Partner Lab
Select an active prototype below to inspect its recycled feedstock formulation, TRL maturity, and industrial co-development opportunities.
GFRP-Thermoplastic Structural Pellets
Large-format robotic 3D printing, maritime decking profiles, and solar cable management trays.
Recovered Fractions & Industrial Applications
1. GFRP-Thermoplastic Extrusion & 3D-Print Pellets
Compounds 40% classified wind-blade glass fibers with recycled polyolefins and silane coupling agents—producing high-stiffness pellets for large-format 3D printing and structural profiles.
2. Upcycled Nano-Silicon Anode Precursors for BESS
Ball-milling and chemical purification of recovered solar wafer silicon into sub-micron Si-C composite powders—boosting lithium-ion battery energy density by up to 25%.
3. Zero-Cement Solar Glass Geopolymer Binders
Alkali-activated amorphous silica from ultra-fine PV glass powder and GFRP mineral fillers creates ultra-durable architectural pavers and blocks with 80% lower CO2 than Portland cement.
4. Recycled EVA & Balsa Thermo-Acoustic Panels
Upcycles cross-linked ethylene-vinyl acetate (EVA) solar encapsulants and wind-blade balsa wood cores into high-damping acoustic and thermal building insulation.
5. Solar-Reflective Architectural Terrazzo & Cladding
Casts crystal-clear tempered solar glass fragments in UV-stable bio-epoxies to craft luxury countertops, reception slabs, and cool-roof facade tiles.
6. Open Industrial & Horizon Europe R&D Collaboration
We provide characterized material samples, pilot compounding runs, and LCA data to industrial partners, architects, and research institutes developing circular products.
Processing Line & WEEE Compliance Specifications
Co-Invent the Circular Materials of Tomorrow with EnerX R&D
Are you a manufacturer, construction innovator, or university lab looking for high-performance secondary fibers, solar glass, or silicon? Request a sample kit and technical consultation today.