Ansell

Hello connections Sharing the glimpse of Pharmatech Expo held in Chandigarh from 09/04/26 to 11/04/26. We would like to thank all the end customers who visited us at exhibition & for showing interest in our cleanroom portfolio & for making it a successful expo. #Ansell#CleanroomConsumables# #Lifescinces#Networking# #IsolatorGloves#Garments#Goggles#

“If I disinfect my gloves with alcohol spray, why do I still need sterile gloves?” I still hear this question across life science cleanrooms—biopharma, aseptic fill‑finish, and cell & gene therapy suites. The short answer: Alcohol spray reduces surface contamination, but it does not replace sterility—and it brings risks of its own. Why this matters in Life Sciences In aseptic processing, contamination doesn’t just mean rework. It can trigger deviations, batch loss, regulatory scrutiny, and supply impact. Among the facilities I support, the most resilient operations focus on risk reduction, not shortcuts. Key points often overlooked: 1. Sterility starts before donning. Sterile gloves are validated to be microorganism‑free at first contact. Alcohol spray is applied later and can’t establish a sterile baseline. 2. Disinfection isn’t absolute. Alcohol doesn’t eliminate all microorganisms, especially spores or contamination introduced through handling. 3. Repeated spraying can weaken gloves. Frequent IPA/ethanol exposure can degrade materials, increasing the risk of micro‑perforations. 4. Alcohol adds VOCs to the cleanroom air. High‑frequency spraying increases solvent vapor load, stressing HVAC systems not designed for excess VOCs. 5. Operator safety matters. Cumulative exposure increases irritation and flammability risk in enclosed aseptic areas. In regulated environments, expectations are clear: ✅ Sterile garments ✅ Sterile gloves ✅ Disciplined aseptic technique Alcohol spray should support sterility—not replace it. Bottom line: Start sterile. Disinfect when justified. Change gloves at defined intervals. In cleanrooms, what we introduce into the air matters just as much as what touches the product. For those interested, Ansell shares a useful technical perspective on how disinfectant alcohols affect glove performance here: 👉 https://shr.bi/LJPVPrQ7 Interested to hear how others are approaching glove disinfection protocols while managing contamination risk, VOC exposure, and operator safety in aseptic environments. Follow along if this is a topic you’re navigating too.