Combined Synopsis Solicitation from DEFENSE LOGISTICS AGENCY • DEPT OF DEFENSE. Place of performance: PA. Response deadline: Jan 20, 2026. Industry: NAICS 339994 • PSC 79.
As DoD CMMC rollout expands, approximately 80%+ of DoD solicitations are expected to include cybersecurity/CMMC requirements, including many non-tech scopes.
Awarded-market signal for NAICS 339994 (last 12 months), benchmarked to sector 33.
Navigate the lattice: hubs for browsing, trends for pricing signals.
Proposed procurement for NSN 7920016973843 CLOTH,CLEANING: Line 0001 Qty 780 UI EA Deliver To: DLA DISTRIBUTION DEPOT OKLAHOMA By: 0053 DAYS ADO Approved source is 8L6F2 10771. The solicitation is an RFQ and will be available at the link provided in this notice. Hard copies of this solicitation are not available. Specifications, plans, or drawings are not available. All responsible sources may submit a quote which, if timely received, shall be considered. Quotes must be submitted electronically.
Files size/type shown when available.
A practical, capture-style breakdown of fit, requirements, risks, and next steps.
This opportunity is a procurement for cleaning cloth (NSN 7920016973843) with a quantity of 780 units to be delivered to DLA Distribution Depot Oklahoma. The solicitation is aimed at responsible vendors under SBA set-aside provisions, and submissions must occur electronically by the deadline.
The buyer is looking to procure cleaning cloths for the Defense Logistics Agency to support military and operational requirements effectively.
Some notices publish limited source detail. Confirm these points before final bid/no-bid decisions.
It summarizes awarded-contract behavior for the opportunity’s NAICS and sector, including a recent pricing band (P10–P90), momentum, and composition. Use it as context, not a guarantee.
The signal updates as new awarded notices enter the system. Always validate the official award and solicitation details on SAM.gov.
P10 is the 10th percentile award size and P90 is the 90th percentile. Together they describe the typical spread of award values.
