DURITex™
Saudi Vision 2030 Alignment Platform
National Water Strategy Savings Simulator
Evaluate how integrating DURITex low-impact textiles directly scales to meet KSA's water reduction target of 150 liters daily per capita.
Operational Inputs
DURITex's permanently bonded natural biopolymer allows transitions to cold-water rinses, eliminates aggressive chemical stripping stages, and achieves hygienic results with drastically fewer high-temperature laundry cycles (modeled conservatively here as a 35% average volume reduction).
Estimated Annual Impact metrics
Calculating regulatory alignment statement...
Lab Reports & Verification Library
DURITex is backed by comprehensive, peer-reviewed testing from global leading laboratories under rigorous international standards.
SARS-CoV-2 Self-Decontamination Study
Tested under rigorous Biosafety Level 3 conditions at the World Reference Center for Emerging Viruses and Arboviruses (University of Texas Medical Branch).
Antibacterial Efficacy (AATCC 100-2012)
Assesses bacterial reduction rates over 24-hour contact periods on DURITex-treated knitted fabrics and socks.
100x Commercial Washing Test
Subjected to 100 continuous automated cycles with standard reference liquid detergent at 41°C. Evaluated against AATCC TM100-2019.
Intracutaneous Toxicity Study
Tested on rabbits using sodium chloride and sesame oil extracts to identify localized tissue irritation or biocompatibility risks.
Guinea Pig Maximization Test
Comprehensive biological assessment of delayed contact dermal sensitization following standard induction and topical challenges.
Real-world Laundry RODAC Testing
Conducted by the UiTM Environmental Laboratory (Malaysia's 1st University-affiliated lab) for Medilaund. Analysis of linens, wrappers, and equipment.
HVAC Bio-Nesting Prevention Assessment
Independent evaluation comparing standard filters against DURITex-treated filters under identical high contamination ambient backgrounds.