In chemical and pharmaceutical laboratories, the widespread use of glassware is accompanied by the production of a variety of potential contaminants, which is a serious challenge for cleaning agents and cleaning methods. In use, the cleaning agent must be effective and reliable, but at the same time not leave any residue. In the final analysis, the glassware you use every time must be thoroughly cleaned. 1. The cleanliness of laboratory glassware directly affects experimental data. 2. In some high-end laboratories in China, use disposable consumables directly. Is it environmental protection? How many people in the European and American laboratories use disposable consumables instead of volumetric flasks? How to test laboratory zero emissions or minimize carbon dioxide emissions? 3. The washing machine is used in a large number of laboratories abroad, which can be standardized in the laboratory. The glassware is well documented and does not use disposable consumables. 4. At present, the domestic bottle washing machine is in the primary stage. Domestic high-end laboratories are increasingly accepting bottle washing machines (Tianjin bottle technology is at the forefront of promotion in China). He brings standardization to the laboratory and brings environmental protection. 5. Use environmentally friendly, non-polluting cleaning agents. Give recommendations below. Thorough cleaning is achievable Borer Chemie AG has been at the forefront of water-based cleaning technology for more than 40 years. We have a worldwide reputation for the development of manual and automated high quality cleaning products for laboratory glassware. We offer a full range of excellent deconex cleaners and silicone-free lubricants. Borer recommended bottle washer Usage overview â– Phosphorus- and phosphorus-free cleaners are used for manual cleaning of laboratory glassware. â– Surfactants and neutralizers without surfactants are used in the automated reprocessing of laboratory glassware. â– Highly effective cleaning agent for heating tanks, washing basins and stainless steel surfaces. Automatic cleaning The deconex cleaning concentrate used in laboratory warewashers is completely free of surfactants. This ensures a suitable rinsing, neutralization step, and two or more rinses with deionized water to ensure removal of the residue. Product overview Dosage detergent Weakly alkaline Alkaline, no phosphorus Strong alkaline Deconex 21 CLF Deconex 22 LIQ Deconex 24 LIQ with active chlorine 0.3-0.5% (v/v) Neutralizer Based on organic acids, no phosphorus Based on inorganic acid Deconex 25 ORGANACID (organic acid) Deconex 26 MINERALACID (mineral acid) 0.1-0.3% (v/v) â– Lubricating, silicone-free lubricant for sealing, oiling and glass joints. Due to the rush of time, if you want to exchange laboratory glassware washers and bottle washers, as well as cleaning agents, how to achieve more effective cleaning, please contact me! Tianjin Chengxinghao Technology Development Co., Ltd. K1-5-402, Haitai Green Industry Base, No. 6 Haitai Development, Huayuan Industrial Zone, Tianjin Zip code : 300192 Wang Changling 13388083088 Phone: 022-87897646 mailbox: Service hotline 022-87897646-800 Ph Meter,Benchtop Ph Meter,Portable Ph Meter,Rex Ph Meter INESA Scientific Instrument Co., Ltd , https://www.inesarex.com
Why choose a glassware automatic cleaning and disinfecting machine :
When our requirements for the accuracy of experimental data become higher and higher, the cleaning and drying of glassware becomes very important. The cleaning process must ensure that the vessel is not affected by the last use when it is used next time. Machine cleaning not only frees researchers from labor-intensive cleaning, but also provides more efficient cleaning results that can be replicated.
Another reason to choose to use a professional cleaner is to allow the experimenter to avoid the potential risks of exposure to hazardous materials. For example, chemical substances in cleaning agents can affect human health; residual infectious and toxic pollutants can harm the experimenter; broken glass produced by manual cleaning may cause injury, which may cause the experimenter to be infected by viruses and other harmful organisms. The cleaning and disinfecting machine is automatically operated in a closed system throughout the process, so the potential hazards faced by the experimenter can be minimized. This means that the use of automatic machine cleaning provides maximum protection for the experimenter.
In addition, automated machine cleaning makes vessel cleaning more standardized, making it easy to perform repeat verification and related record keeping.