Labware Cleaning: Solujet Leaving Ring
Q. It appears that the Solujet is leaving a ring on some of the labware that cannot be removed. What is this ring (sodium silicate?)? How do we remove it? The labware has not been completely submerged. We have just added the Solujet soak for some labware that may have stubborn organics. We have been giving the labware a 4 hour soak in 1% Solujet, followed by warm tap water rinse then wash with Liquinox followed by 3x DI rinse.
Click for the Answer.
Advanced Cleaning Mechanisms: What are Surfactant Systems?
Q. In your email you mentioned that Solujet and Citrajet have more sophisticated surfactant systems than a competitor’s low foaming washer detergent – could you explain a little bit more what ‘surfactant systems’ are?
A. Absolutely! Surfactants, or Surface Active Agents, are compounds that lower surface tension between particles, such as oil and water. In the oil and water example, a surfactant compound will contain hydrophilic and lipophilic molecules…
How much CIP detergent needed?
Q: We are starting a new bioprocessing facility where we will be cleaning stainless steel tanks via a Clean-In-Place sprayball system? How do I approximate how much detergent I will need? We are considering Alcojet or Solujet, follow by an acidic rinse with Citrajet. Is this a good plan? Any advice? A: A good rule of thumb for tis you need about….
Bleach with Detergents for Disinfection?
Q. What is the effect of adding bleach to Alconox Inc. products? We want to enhance our disinfection capability.
A. Some Alconox Inc. critical cleaners can be mixed with bleach (hypochlorite) for enhanced removal of bioorganic matter, bleaching or oxidizing properties, including: You can get some disinfection, but as we will explain, you need to clean a surface first before you disinfect.
Cleaning for Powder Coating
Q. Can Alconox assist with pre-powder coat cleaning?
A. Yes! To get the best powder coating results, you will need a residue free surface. The detergent you use will depend on the material being coated. The reduction in surface oxides greatly helps with adhesion. The surface is made more receptive to accepting the coating.