Bottle Washer Water Guide

The bottle washer is a special equipment for cleaning glass bottles and plastic bottles. According to different working principles, bottle washers are mainly divided into high-pressure bottle washers and ultrasonic bottle washers. The high-pressure bottle washer consists of stainless steel water pump, high-pressure nozzle, electrical box, etc. It is sprayed with high-pressure recoil, and the pollutants on the bottle wall can be removed into the water tank and eliminated in time to achieve the purpose of cleaning. The ultrasonic bottle washer can generate ultrasonic waves, and the ultrasonic waves radiate forward and in the cleaning liquid to make the liquid flow and generate tens of thousands of tiny bubbles; the impact of these bubbles can cause the pollutants on the bottle wall to fall off quickly. It is removed.

Common bottle washer manufacturers are mainly Miele from Germany, Lancer from France, and Steelco from Italy. There are many domestic manufacturers of bottle washing machines, including Tianjin Chengxing and Dongguan.

Bottle washers usually use multi-stage cleaning. In order to achieve a good washing effect, the bottle washer will be rinsed with an acidic lotion, an alkaline lotion, etc. in the previous stage. The final stage must be cleaned with pure water. The final cleaning water should usually be rinsed multiple times with pure water of no more than 30 μS/cm to completely remove the residual cleaning liquid and residual contaminants from the previous stage. Users who generally use bottle washers, especially those with higher requirements, usually choose to use reverse osmosis, that is, RO pure water as the water for the bottle washer. Use RO water to minimize cleaning costs. In addition, too pure water, such as secondary water or ultrapure water, is not suitable for use in bottle washing machines, because the water solubility of conductivity less than 1 μS/cm is very good, under the conditions of heating and ultrasonic, the bottle washing machine It has a certain corrosive effect and will reduce the service life of the equipment. A complete cleaning program usually uses hundreds of liters of water. To ensure high efficiency of work, it is important to choose a RO water production equipment that is suitable for water production.

At the same time, in order to meet the requirements of GMP, many pharmaceutical companies chose to use imported bottle washers, and established a complete set of documents including operating procedures and verification programs. While paying attention to the bottle washer, the importance of the matching water purifier is also increasing.

The Direct-Pure RO water purification system provided by RephiLe uses tap water as the influent water to produce laboratory RO pure water. The conductivity is usually less than 20 μS/cm (inlet water is not more than 500 μS/cm), and the output is from 15 L/h to 1000. L/h can meet the water demand of pure water in bottle washing machines and even the whole laboratory, and is favored by many users of bottle washing machines. At the same time, RephiLe also provides pure water system and pipeline installation to meet the user's overall laboratory requirements. RephiLe provides professional verification services. It is a verification engineer with many years of experience, using verified instruments and verification manuals to assist users in fulfilling system certifications that meet GMP and GLP requirements. In addition, RephiLe can also provide one-stop service. If customers need laboratory-grade ultra-pure water, they can also use the PURIST ultra-pure water system produced by RephiLe, and use RO water as water to prepare ultra-pure water to meet some precision instruments. Analysis or other application needs of life sciences, materials science.