LITHIUM FIRE GUARD LLC

Lithium Fire Guard LLC specializes in advanced fire suppression and hazardous material containment systems, with a focus on lithium-ion battery safety and thermal runaway mitigation. The company delivers engineered solutions for high-risk energy storage environments, integrating proprietary detection algorithms, non-aqueous extinguishing agents, and passive thermal management architectures. Their technical expertise centers on electrochemical hazard control, battery pack integrity monitoring, and compliance with NFPA 855 and UL 9540A standards, serving mission-critical infrastructure where conventional fire suppression is ineffective. Differentiators include rapid-response modular systems, real-time state-of-health analytics, and field-deployable retrofit kits tailored for defense, utility, and transportation applications. No award history is available to confirm specific agency engagements or project types, so no definitive agency relationships can be identified. Similarly, no top NAICS codes or recent contract awards are documented, limiting the ability to characterize market focus beyond the primary classification. The primary NAICS code 325998, “Other Chemical Product and Preparation Manufacturing,” indicates the company operates in the specialty chemical and engineered systems sector, producing custom formulations and integrated hardware for industrial safety applications. This positions Lithium Fire Guard as a niche provider in the emerging energy storage safety market, serving sectors requiring compliance with federal and international hazardous materials regulations. The entity is structured as a 2L (small business), with no government certifications on record. Based in Teterboro, New Jersey, the company maintains a compact, specialized operational footprint focused on R&D and system integration rather than broad-scale manufacturing. Its market positioning is that of a technical solutions provider for high-consequence environments, emphasizing innovation in fire safety engineering for next-generation energy systems.