Kelvin & Kinetics (K&K) utilizes cutting-edge additive manufacturing (AM) to develop advanced hardware solutions designed for electronics, aerospace, and defense applications operating in extreme environments.
In addition, K&K designs and produces specific, high-tensile-strength woven and knitted composite fabrics, incorporating aramid, basalt, fiberglass, carbon fiber, and hybrid combinations to meet critical performance demands in body armor, aerospace, defense, and industrial sectors.
Expanding our defense capabilities, we offer a factory-direct line of composite ballistic panels, ensuring uncompromised quality, cost efficiency, and streamlined supply chain reliability.
100% Made in The U.S.A.
K&K designs and produces high-tensile strength composite fabrics in both woven and knitted configurations, utilizing aramid, basalt, fiberglass, carbon fiber, and hybrid combinations to meet diverse performance demands.
Our fabric capabilities range from traditional 0°/90° woven structures to advanced multidirectional knits, optimizing strength, flexibility, and impact resistance.
These composite fabrics provide critical reinforcement in body armor, aerospace defense, and industrial applications.
Our Level 3 ballistic panels are proudly manufactured in the U.S., using composite materials sourced directly from our own production. By eliminating an entire step in the supply chain, we ensure consistent quality, reliable delivery, and enhanced security for our customers.
Unlike competitors who rely on external suppliers—facing supply chain disruptions, delays, and markups—we control the entire process. By producing our own materials in-house, we bypass middlemen and distribution markups, delivering superior cost efficiency without compromising performance.
This factory-direct model allows us to offer industry-leading customization, ensuring our ballistic panels are tailored to meet the precise needs of each customer with unmatched quality, reliability, and affordability
K&K's next-generation thermal management system designed for aerospace, defense, and high-performance applications. It features proprietary cooling pathways that efficiently dissipate heat, enhancing durability and reliability in extreme environments.
Unlike conventional systems, the hardware optimizes heat transfer while maintaining structural integrity, making it ideal for hypersonic platforms, high-power electronics, and next-generation defense systems. Its lightweight, scalable design provides a cutting-edge solution where traditional cooling methods fall short.
Our facilities are equipped to handle not only production but also inventory management, accommodating specific customer requirements for both raw materials and finished goods. Whether it’s 10,000 square feet or over 100,000 square feet, we are prepared to meet your needs
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