SMOOTH ON INC

Smooth-On, Inc. specializes in the precision manufacturing of advanced polymer-based materials for specialized defense and testing applications. Their core capability centers on formulating and producing high-performance plastilina compounds, such as Roma Plastilina No. 1, engineered to meet stringent ballistic testing requirements for body armor and theater-direct equipment. These materials are designed to simulate human tissue and other critical substrates under impact conditions, enabling accurate performance validation of protective systems. The company’s technical expertise lies in rheological control, material consistency, and formulation stability under environmental stress, ensuring repeatable test outcomes critical to military certification protocols. Their unique differentiation is the ability to tailor physical properties—density, hardness, and deformation characteristics—to match specific test standards without compromising batch-to-batch uniformity, a key requirement in defense material validation. Smooth-On, Inc. has demonstrated direct engagement with the Department of Defense, delivering specialized materials used in the evaluation of personal protective equipment destined for operational theaters. Their work supports ballistic and impact testing programs, indicating a trusted supplier relationship within defense R&D and materiel testing communities. The primary NAICS classification of 339940 reflects their focus on manufacturing non-paper office supplies, but in practice, this translates to the production of highly engineered modeling and test media—far beyond conventional office products. Their market positioning is niche, serving defense and forensic testing sectors that require certified, reproducible physical simulants. Smooth-On, Inc. is a small business entity headquartered in Macungie, Pennsylvania, with no federal certifications on record. Their government market presence is defined by technical specialization rather than broad certification-based eligibility, positioning them as a precision materials provider for mission-critical testing applications.