Smart Composites that Heal and Power
Konbells 4D technologies creates adaptive composites that heal, recover and harvest energy from CO2
We are commercializing high-temperature 4D printing inks and UV-curable self-healing prepregs that integrate shape memory, self-repair, and CO2 energy harvesting to deliver unprecedented performance and sustainability in extreme environments
Konbells 4D Printing Ink enables the fabrication of complex architectures, including fine-resolution lattice structures, with exceptional precision. Its optimized formulation supports nanoparticle integration, allowing tailored functionalities such as enhanced thermal stability, flame retardance and multifunctional performance.
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Our Services
Custom design of shape memory polymer (SMP) composites.
UV-curable self-healing prepregs for aerospace, oil & gas, and infrastructure.
High-temperature SMP inks for 4D printing.
Prototyping of adaptive, morphing, and deployable structures.
CO₂-to-material conversion strategies.
Recycling and circular additive manufacturing for composites.
At Konbells 4D Technologies™, we provide advanced materials characterization to accelerate innovation and ensure reliability across industries. Our capabilities combine state-of-the-art techniques with deep expertise in polymers, composites, and multifunctional materials.
Our Services Include:
Thermal Analysis: DSC, TGA, and DMA for glass transition (Tg), decomposition, storage modulus, and viscoelastic behavior.
Mechanical Testing: Tensile, impact, compression-after-impact (CAI), and fatigue testing for structural performance.
Microscopy & Imaging: SEM, TEM, and optical microscopy for morphology, fracture surfaces, and nanoparticle dispersion.
Spectroscopy: FTIR, Raman, and UV-Vis for chemical structure, curing kinetics, and functional group analysis.
Surface & Interface Characterization: Contact angle, ellipsometry, and adhesion testing for coatings and thin films.
Crystallinity & Phase Analysis: XRD and DSC for understanding structural transitions in polymers and composites.
Electrical & Thermal Properties: Conductivity, dielectric behavior, and thermal conductivity for multifunctional systems.
Contact Us
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