Ultra-Low Reflectance Carbon Nanotube Arrays
Revised qualification parameters for VANTA-class vertically aligned arrays. Substrate compatibility extended to aluminum 6061-T6 and electroless nickel.
HGM Labs supplies qualified institutional clients with engineered compounds, rare earth materials, and advanced structural substrates under regulated procurement frameworks.
HGM Labs AG is a Switzerland-domiciled supplier of specialized inorganic compounds, photonic substrates, and high-temperature structural composites. Operations are conducted under federal export controls and a closed procurement model restricted to verified institutional buyers.
The company maintains active relationships with aerospace primes, semiconductor fabrication facilities, defense integrators, and accredited research laboratories across the EU, UK, US, JP, and KR jurisdictions. All material releases are subject to documented end-use certification and dual-use review under EC 1907/2006 and equivalent national frameworks.
Synthesis is performed under ISO 9001:2015 and AS9100D quality systems with full lot traceability, third-party assay verification, and chain-of-custody documentation issued per shipment.
Revised qualification parameters for VANTA-class vertically aligned arrays. Substrate compatibility extended to aluminum 6061-T6 and electroless nickel.
Long-duration thermal cycling results for SiC/SiC composites under oxidative atmosphere at 1480 °C. Erosion deltas remain within AS9100 acceptance bands.
Updated hot isostatic pressing window for TaC matrix systems. Grain growth suppression confirmed via SPS at 1850 °C / 60 MPa.
Yttrium, lanthanide, and mixed-metal oxide pigments with documented crystallographic stability.
II-VI and III-V compound substrates engineered for tuned emission and absorption windows.
VANTA-class and functionalized nanotube arrays for thermal, optical, and shielding applications.
Tantalum, hafnium, and silicon carbide matrices qualified for extreme thermomechanical regimes.