Halyard Sequential Sterilization Wrap – H100, W54 x L54 - 100 Per Case

Halyard Sequential Sterilization Wrap – H100, W54 x L54 - 100 Per Case

The Halyard H100 Sequential Sterilization Wrap in the W54 x L54 size is a two-ply, non-woven sterilization wrap engineered for the sequential (double) wrapping of the most demanding oversized surgical instrument sets, large spine and orthopedic trays, major procedure packs, and bulky medical equipment. Delivering a dependable microbial barrier, it preserves sterility from sterilizer to point-of-use — supporting aseptic technique and infection prevention standards in sterile processing departments and high-volume surgical suites.

Key Features:

• Dimensions: W54 in × L54 in — maximum-capacity oversized format for complete coverage of the most challenging large spine, orthopedic, and complex procedure instrument sets.
• H100 grade: Halyard’s standard non-woven wrap with consistent porosity compatible with steam, EO, and other common sterilization modalities.
• Sequential wrapping compatible: Designed for use as part of a two-layer sequential wrap system for enhanced microbial barrier protection.
• Microbial barrier: Maintains sterility of wrapped contents from sterilization through storage and transport to the sterile field.
• Lint-free and non-woven: Minimizes particulate contamination risk in the sterile environment.
• Latex-free: Safe for use in latex-sensitive healthcare settings.
• Halyard quality: Consistent manufacturing for reliable, reproducible sterilization outcomes.

Pack Information:

• Quantity: 100 sheets per case
• Ideal for sterile processing departments (SPD), central supply, and high-volume surgical suite wrap stations managing the most oversized and complex instrument loads

Intended Use:

For wrapping the largest spine, orthopedic, and major instrument sets, oversized basin sets, and bulky medical devices prior to steam, ethylene oxide (EO), or other compatible sterilization processes. Suitable for single or sequential (double) wrap technique in compliance with sterile processing best practices.