Citranox

Q. What types of biocompatibility data does Alconox Inc. provide for detergents commonly used in medical device cleaning validation?
A. Setting residue acceptance limits as part of your medical device cleaning validation is much easier when appropriate biocompatibility data is available about the critical cleaning detergent you are using. To help assess the biological effects of cleaner residues, Alconox Inc. conducted extensive evaluations of biocompatibility of its Liquinox and Citranox detergents.

Q. How to clean mild tool steel tablet press punches and dies?
A. Mild tool steel, sometimes called S7, will flash rush during rinsing, particularly if you rinse with hot water. All the cleaners that have good chelating agents (all but Luminox and Detergent 8) can safely clean tool steel because the chelating agents tie up the iron oxide and do not let it auto-catalytically expand and form rust.

Surface contamination interferes with formation of protective oxide coating on stainless steel thereby leaving it open to corrosion. The stainless steel needs passivation.

Q. We are currently writing a protocol for conducting a process validation activity for our cleaning procedures for metal parts after our machining manufacturing process. What are the differences between cleaning effectiveness of Alconox detergent for cleaning various metallic surfaces such as stainless steel, titanium and cobalt chrome? Also, does Alconox detergent effectiveness change based on contamination characteristics, surface geometry or any other factors?

Q. Can we use high-foaming detergents in an automated cleaning line?
A. Yes, but using a high-foam detergent requires a rinse chamber that allows foam to rinse off and drain easily and completely. If the automated line uses initial spray rinsing right after the wash tank