Description
The Sterile BioBurden Free Tiny Muffs are specialized equipment covers designed to protect small openings, ports, and orifices from contamination during pharmaceutical and laboratory processes. Constructed from DuPont Tyvek 1422A, a high-performance, medical-grade fabric. These "Mini-Muffs" provide an exceptional microbial barrier while allowing for the safe passage of steam and air during sterilization.
-
Manufactured from genuine 1422A Tyvek, an uncoated and flexible material specifically engineered for its high tensile strength and superior resistance to tears and punctures.
-
Validated as BioBurden Free and Gamma Irradiated to a Sterility Assurance Level of $10^{-6}$, ensuring they are safe for immediate use in Grade A and B aseptic environments.
-
Specifically designed to fit small-diameter orifices such as flasks, beakers, media bottles, valves, and filling needles, typically covering openings from 0.5 inches up to 1.75 inches.
-
Autoclavable and steam-permeable, allowing equipment to be sterilized with the cover in place to reduce time-consuming manual wrapping with sheets and tape.
-
Features an integrated latex-free elastic band that creates a positive, tight seal around round-shaped openings to prevent dust and microbial ingress.
-
Rated for extremely low particle shedding (lint-free), making them compatible with the most sensitive cleanroom standards where air purity is critical.
-
Constructed from hydrophobic material that repels water-based liquids and aerosols, maintaining a protective barrier even in humid or damp conditions.
-
Includes a specialized color-coded thread system for certain sizes to facilitate quick and accurate identification by laboratory staff.
-
Individually cleanroom-packaged in sterilized pouches with full lot traceability and Certificates of Conformance included to support quality assurance protocols.
-
Features a "Chevron" peel-style pouch for the sterile version, ensuring a clean and easy opening that prevents contamination during the transfer into the sterile field.