Rem Products Inc.

Rem Products Inc., a Subchapter S corporation manufacturer of specialized electronic and electromechanical components headquartered in Tucson, Arizona, operates exclusively as a prime contractor supplying thermal resistors, sensitive switches, thermostatic switches, electromagnet relays, electrical solenoids, and related defense-critical components to the Defense Logistics Agency. The vendor competes predominantly under Total Small Business set-aside designations—approximately half of all recent awards carry that designation—and holds small-business status as registered in SAM.

The customer concentration is extreme and concentrated in a single agency. The Defense Logistics Agency Land and Maritime accounts for 639 of 934 prime awards (68% of volume) and $20.5 million of $26.4 million in combined potential value (78% of dollars), with the top five customer entities accounting for 92% of awards and 96% of potential value. DLA Aviation is the second-largest customer (70 awards, $2.5 million), followed by Army Materiel Command's Detroit Arsenal (15 awards, $1 million). This concentration creates both strength—deep, long-standing relationship with DLA's supply chain operations—and vulnerability to recompete risk if DLA realigns its sourcing strategy.

Rem Products' capability footprint is tightly focused on discrete electronic components for military logistics and sustainment. Representative work includes a $451,152 Total Small Business set-aside for 835 electrical solenoids (NSN 5945011336985) delivered to DLA's San Joaquin distribution center (December 2024), a $114,949 firm-fixed-price order for 77 thermostatic switches (NSN 5930011294553) to DLA Warner Robins (February 2025), an $886,645.62 single-award Indefinite Delivery Contract for thermostatic switches and related components awarded September 2025 with a one-year term, and a $350,000 Total Small Business IDC for sensitive electronic switches (NSN 5930000340571) awarded March 2026. Nearly all work is supply of catalog items from qualified manufacturing for scheduled delivery to DLA distribution centers and depots nationwide or overseas.

Activity has declined sharply. The vendor received 36 awards in 2022, 31 in 2023, 14 in 2024, 25 in 2025, and 5 in 2026 year-to-date—a 78% drop from 2022 to 2024 before a partial recovery in 2025. Only two awards (combined potential value $64,000) reach ultimate completion within the next twenty-four months, meaning minimal recompete pressure in that window. Combined obligated dollars across all awards total $25 million against $26.4 million combined potential value (95% obligation rate).

Rem Products holds no position on government-wide vehicles, GWACs, or multi-agency IDIQs. Work flows exclusively through DLA single-award indefinite delivery contracts and associated purchase orders and delivery orders. The vendor's top parent vehicles by task-order count are DLA Land and Maritime IDCs: SPM7MX11D0029 (34 task orders, $606,000), SP090004D7012 (17 task orders), SPE7M118D0011 (14 task orders, $569,000), DAAB0703DD606 (13 task orders, $261,000 Army), and SPM7M108D5L09 (13 task orders, $85,000). All are single-award IDIQs with ceilings ranging from $250,000 to $1.63 million.

Rem Products has operated as a prime contractor to DLA Land and Maritime since at least 2002. The vendor manufactures to military specifications and source-controlled drawings, with SAM registration current through August 4, 2026 and production capability centered in Cochise, Arizona. The product portfolio spans Current-Carrying Wiring Device Manufacturing (155 awards), Other Electronic Component Manufacturing (114), Printed Circuit Assembly Manufacturing (83), Relay and Industrial Control Manufacturing (77), and miscellaneous manufacturing categories. By PSC code, Switches dominate (451 awards), followed by Relays and Solenoids (158) and Resistors (145). Rem Products is a specialized supplier with no subcontractor footprint—100% of awards are prime, no sub-awards are recorded—and delivers directly to DLA with no apparent teaming or partnership relationships in the source data.