Thermal Garment Textile Integration and Sewing

NASA is seeking a subcontractor to integrate fluid tubing into a stretchable, form-fitting undergarment using advanced sewing, bonding, or encapsulation methods that ensure both comfort and long-term durability. The work involves the precise embedding of thermal fluid channels within textile materials to enable efficient heat transfer while maintaining flexibility and wearability, making it suitable for use in extreme environments such as space missions. The contract focuses on textile engineering innovations that must withstand repeated movement, stress, and environmental exposure without compromising functionality or safety. The opportunity is posted under NAICS code 315990 for other textile product mills and is targeted for a response by May 5, 2026. Performance will be based in Houston, Texas, at the NASA Shared Services Center, which is managing the procurement on behalf of the National Aeronautics and Space Administration. The project demands expertise in both textile manufacturing and thermal systems integration, with an emphasis on seamless construction techniques that eliminate bulk, reduce irritation, and enhance the garment’s ability to conform to the body. All proposed solutions must balance technical feasibility with practical usability for extended wear in high-demand operational settings.