Key benefits Safe, compliant disposal: Each bag includes the universal biohazard mark for clear identification and regulatory compliance. Durable protection: Ultrathick, density PP material resists punctures and abrasion to protect staff and surfaces. Reliable under sterilization: Autoclavable and pressure resistant — designed for use at autoclave temperatures up to 134 °C. Loadtested performance: 1.77 mil (45 micron) thickness with a loading capacity of 3 KG (106 OZ); built to resist cracking or leaking during normal use. Features and specifications Material: Ultrathick density PP (polypropylene) material for puncture resistance and durability. Thickness: 1.77 mil (45 micron). Marking: Universal biohazard mark printed on the bag. Capacity: Loading capacity 3 KG (106 OZ). Sterilization: Autoclavable; suitable for pressure sterilization cycles up to 134 °C. Performance: puncture resistance and leak protection for safe handling and transport. How this solves problems Prevents contamination and crosscontamination by clearly marking infectious waste and containing liquids and sharpsresistant debris. Withstands autoclave sterilization so waste can be safely sterilized in place without degrading the bag. Handles routine loads without tearing or leaking, reducing spill risk and cleanup time. Practical use scenarios Fever clinic: Collect and transport infectious waste from isolation areas; bags tolerate autoclave sterilization before final disposal. Clinical inspection or vaccination site: Contain and identify used PPE, swabs, and disposable instruments for safe handling and regulatory compliance. Laboratory: Store and autoclave biohazardous samples or contaminated disposables prior to final disposal; resists punctures from nonsharp debris. Why choose this product Combines clear biohazard identification with a durable, autoclavable construction suited to clinical and laboratory workflows. Balanced thickness and load capacity for everyday medical and inspection use without frequent replacements. Designed for safety, sterilization compatibility, and dependable containment.