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bleach sodium hypochlorite generator

Yantai Jietong’s Sodium hypochlorite generator is a specific machine or equipment designed to produce 5-15% sodium hypochlorite (bleach). Sodium hypochlorite is usually produced through an industrial process that involves mixing chlorine gas and dilute sodium hydroxide (caustic soda). However, there are machines and equipment used in industrial settings to dilute or mix sodium hypochlorite solutions to achieve specific concentrations. Yantai Jietong’s sodium hypochlorite generator is using high purity salt as raw material to mixing with water and then electrolysis to produce required concentration sodium hypochlorite 5-15%. It uses advanced electrochemical technology to efficiently generate sodium hypochlorite from table salt, water and electricity. The machine is available in various capacities, from small to large, to suit the needs of every user. These machines are typically used in water treatment plants, swimming pools, textile fabric bleaching and rinsing.

 

5-6% bleach is a common bleach concentration used for household cleaning purposes. It effectively sanitizes surfaces, removes stains and sanitizes areas.  Bleach factory can dilute high concentration 10-15% sodium hypochlorite to required 5-6% concentration bleach or can directly produce 5-6% bleach sodium hypochlorite by Yantai Jietong Sodium Hypochlorite Generator.

 

Our sodium hypochlorite production equipment has been used in drinking water treatment plants, wastewater treatment plants, swimming pools, food processing facilities and other industries. It provides an efficient and reliable solution for producing high quality sodium hypochlorite while reducing carbon footprint.

 

As one of the leading producers of water treatment solutions, Yantai Jietong Water Treatment Technology Co., Ltd. is committed to providing innovative and reliable products to meet the ever-changing needs of customers. Our sodium hypochlorite generator is no exception and we invite you to try it out and experience the difference.

 


Post time: Feb-20-2024