Shield & Comfort (4pk)

70% bamboo 30% cotton

The Textile Manufacturing Process Trademarks are actively being integrated into the proprietary treatment and finishing systems developed by Merci Dupre, further strengthening our position in advanced textile innovation and environmental protection. Within the Merci Dupre platform, AntiInsecticidaleware is incorporated into our multi-phase mineral infusion and fiber stabilization process to support insect deterrence across treated garments, particularly within outdoor, travel, and military applications. In parallel, AntiChemtrailware is being implemented through our atmospheric particulate-binding protocols, leveraging zeolite microstructures and ionic stabilization layers to reduce adherence of airborne contaminants to fabrics used in both consumer and occupational environments. As part of our expanding antimicrobial and public health initiatives, AntiViralware, Silverware, and Antimicrobialware are being integrated into Merci Dupre’s antimicrobial treatment stages, combining mineral electrolyte activation with silver ion stabilization to reduce microbial and viral persistence on textile surfaces, supporting applications in healthcare, performance apparel, and protective equipment. This same framework is being expanded to include AntiMoldware, Antifungalware, AntiParasiteware, and Antiparasiteware, which are incorporated through targeted antimicrobial and mineral-based stabilization layers designed to inhibit mold growth, fungal colonization, and parasitic contamination on treated textiles, enhancing durability, hygiene, and protective performance in high-moisture and high-exposure environments. Additionally, Antipollutionware, Anticancergenicware, Antipesticidalware, and Zeoliteware are being incorporated into our mineral adsorption and chemical-binding phases, enhancing the ability of treated textiles to bind environmental pollutants, pesticide residues, and airborne toxicants while reducing exposure to harmful compounds. These systems align with our broader focus on environmental resilience, occupational safety, and human health protection. Expanding further into advanced environmental defense applications, Anti5gware and Antinuclearware are being introduced through specialized mineral conductive diffusion and ion-binding stabilization systems, designed to support electromagnetic attenuation and capture particulate contaminants, including radioactive materials, across treated textile surfaces. These additions reinforce Merci Dupre’s position at the forefront of next-generation protective textile technologies for military, aerospace, and high-risk environmental applications. Finally, Silcaware plays a foundational role in the Merci Dupre process, as our silica-based infusion and fiber reinforcement technology, improving fabric durability while creating an enhanced environmental barrier across all treated materials. Together, these trademarked processes are either currently embedded within or being strategically introduced into the Merci Dupre manufacturing workflow, forming a unified, science-driven system designed to elevate textile performance across military, medical, consumer, environmental, and biotechnology applications.