Slip-Resistant Bulk Disposable Booties (100-Count)
Ultimate Barrier Protection for Controlled Environments and Critical Federal Facilities.
DuPont™ Tyvek® 400 Shoe Covers are the industry benchmark for particulate protection in U.S. government laboratories, cleanrooms, and sensitive healthcare settings. Engineered from flash-spun, high-density polyethylene, these covers provide an inherent barrier against hazardous dry particles and light liquid splash. Unlike standard microporous or cloth booties, Tyvek® is exceptionally durable and breathable, ensuring federal personnel maintain site integrity without sacrificing comfort or safety during extended shifts.
Product Details
In high-security and sterile federal environments—including CDC labs, pharmaceutical research centers, and military tech facilities—preventing cross-contamination is paramount. DuPont™ Tyvek® 400 Shoe Covers deliver a higher level of protection than standard polypropylene alternatives, ensuring that contaminants are neither brought into nor taken out of a controlled zone.
Key Federal Procurement & Operational Benefits:
- Inherent Barrier Protection: The protection is built into the fabric itself; there are no films or laminates to abrade or wear away, providing consistent performance across the entire surface of the cover.
- Superior Durability: Tyvek® is famously difficult to tear or puncture, reducing "blowouts" when walking on rough surfaces and decreasing the number of replacements needed per shift, which lowers overall waste.
- Anti-Static & Low-Linting: Ideally suited for federal electronics assembly or forensic labs where particulate shedding or static discharge could compromise sensitive equipment or evidence.
- Improved Slip-Resistance: Features a specialized friction-patterned sole designed to provide better traction on smooth surfaces (like waxed hospital floors or epoxy lab floors), supporting agency "Slip and Fall" prevention programs.
- Breathable Comfort: The unique non-woven structure allows air and moisture vapor to pass through, significantly reducing heat buildup for personnel working in full-body PPE ensembles.