$40.62

• HLD kills Tuberculosis and Hepatitis pathogens
• Manual disinfection is 12 minutes at 20 degree celsius
• Reusable for up to 30 days with 0.3% MRC check
• Glutaraldehyde-free, ready-to-use, no mixing needed
• Quantity: 1-gallon ( 0.6% OPA)

The Metrex Research presents the MetriCide OPA Plus Solution is a glutaraldehyde-free, ready-to-use high-level disinfectant (HLD) formulated with 0.6% ortho-Phthalaldehyde (OPA), intended for reprocessing heat-sensitive, semi-critical medical devices where sterilization is not suitable. This powerful HLD provides a broad spectrum of kill, effectively targeting and eliminating critical pathogens including Mycobacterium tuberculosis (Tuberculosis), Hepatitis A, Hepatitis B, 5 HIV-1, and Poliovirus Type 1.

It is supplied in a 1-gallon bottle, with typically 4 bottles per case, offering an ample and consistent supply for high-volume reprocessing environments like endoscopy suites and sterile processing departments. The solution requires no mixing or activation before use and is gentle on delicate instruments like flexible endoscopes, helping to preserve their integrity and costly materials. If you are searching for the best high-level disinfectant for endoscopes then this OPA-based solution, which offers an extended reusable life and rapid disinfection times, is best for you.

When utilized in manual reprocessing, the solution disinfects in just 12 minutes at 20 degree Celsius and maintains its potency, when properly monitored with MetriCide OPA Plus Solution Test Strips, for up to 30 days the longest-lasting reusable life currently available for a glutaraldehyde-free HLD on the market. For automated endoscope reprocessors (AER), the disinfection time is even faster at 5 minutes at 25 degree Celsius, with a reusable life of up to 14 days, provided the minimum recommended concentration (MRC) of 0.3% OPA is confirmed prior to each use. With a long unopened shelf life of 2 years and an open-bottle stability of 75 days, this solution is an efficient, reliable, and compliant choice for maintaining infection control standards in a modern healthcare setting.