HQ Graphene Systems B.V.

HQ Graphene Systems B.V., a Netherlands-based for-profit organization, manufactures specialized 2D materials transfer and heterostructure systems for federal research and defense customers, operating exclusively as a prime contractor on sole-source purchase orders without set-aside designations.

The vendor's federal footprint is nascent and highly specialized. Three purchase orders totaling $316 thousand span two customer agencies: the Department of the Navy Information Warfare Systems Command (2 awards, $145 thousand combined potential value) and the Department of Commerce National Institute of Standards and Technology (1 award, $171 thousand combined potential value). The Naval Information Warfare Systems Command awards, both noncompetitive, cite HQ Graphene as the only known source capable of meeting the technical requirement — a $74.7 thousand firm-fixed-price order for a fully motorized 2D heterostructure transfer system with needle (awarded July 28, 2024, completed September 6, 2024) and a $70.7 thousand purchase order for a 2D fully motorized transfer system (awarded August 30, 2024, completed November 26, 2024). NIST awarded a $170.6 thousand firm-fixed-price purchase order on March 3, 2026, for an Automated 2D Materials Transfer System supporting the agency's materials science research and nanotechnology advancement initiatives, with ultimate completion targeted for July 17, 2026.

The vendor has no subcontract footprint and does not sit on any named parent contract vehicles; all awards are direct purchase orders. Award activity is episodic — two orders in 2024, one in 2026 — and the combined potential value across the three awards has been fully obligated. One award ($171 thousand) faces ultimate completion within the next twenty-four months and represents the vendor's sole recompete exposure in that window. HQ Graphene's capability portfolio centers on precision laboratory equipment and 2D materials handling systems for advanced materials research, with primary NAICS classification in analytical laboratory instrument manufacturing and secondary classification in semiconductor devices and associated hardware.