Apollodyne develops advanced fabric technologies that integrate novel adsorbent composites for passive cooling and toxic gas capture, while also creating PFAS‑free omniphobic textiles resistant to water, oil, and stains. Their data‑driven formulation process maps chemical features to performance, enabling customized solutions for applications ranging from consumer apparel to national‑defense filtration and personal protective equipment. Clients can tailor fabric properties to specific use‑cases and design constraints through consultation.
Funding
Funding not disclosed
Founders
Product
Problem
Textile and composite materials used for filtration, protective equipment, and thermal regulation often generate heat during adsorption of gases or vapors, rely on PFAS chemicals for water/oil repellency, and lack efficient, passive cooling solutions, limiting performance in defense, energy, and consumer applications.
Solution
Apollodyne creates advanced fabric technologies that integrate conformal adsorbent composites to capture gases and vapors while minimizing heat buildup, enabling passive cooling of the material. Their PFAS‑free omniphobic treatments provide water, oil, and stain resistance without persistent chemicals. The company leverages data‑driven formulation tools to map chemical features to fabric properties, accelerating the design of high‑performance textiles for applications ranging from consumer apparel to national‑defense filtration and personal protective equipment. By combining passive cooling, toxic‑gas mitigation, and sustainable omniphobic performance, Apollodyne delivers multifunctional fabrics that improve safety, energy efficiency, and comfort.
Target Audience
Primary customers include defense contractors and government agencies seeking advanced filtration and PPE, manufacturers of consumer apparel and technical textiles, and developers of energy‑efficient building materials or battery cooling systems.
Features
- Conformal adsorbent composites that capture gases and vapors with reduced exothermic heat, enabling passive cooling of the fabric
- PFAS‑free omniphobic coating delivering water, oil, and stain resistance while avoiding persistent “forever chemicals”
- Data‑driven formulation platform that links chemical descriptors to fabric performance for rapid material optimization
- Tailored solutions for defense filters and PPE, providing toxic‑gas capture and reduced physiological burden for wearers
- Applications in thermal regulation for buildings, battery cooling, and energy‑efficient structures