300L/h Oxy Hydrogen Generator For Flame Welding Sealing CE ISO9001

Okay Energy HHO Oxyhydrogen Generator OH300 For Flame Welding Sealing

Product Description

Due to the low efficiency and high cost of PEM water electrolysis,the industrial oxyhydrogen generators adopt the alkaline electrolysis method. Generally,25%-28% concentration of potassium hydroxide(KOH) or sodium hydroxide(NaOH) is used to improve the electrolysis efficiency. Our HHO machine only add electrolyte before the first time to use. Only purified water,distilled water or deionized water are added for the continuous use later. After the machine is running 500 hours,it should replace the electrolyte,clean and maintain the machine.

Technical Parameter

(The model number refers to the gas output of the oxyhydrogen generator, unit: L/h)

Standard Accessories List

A box of a flame torch, 2* transparent gas tubes, and 1*flame arrester

Note: the package does not contain the electrolyte powder(KOH), you can buy it locally.

Okay Energy is located in the beautiful city of Changsha,Hunan.Our 2000 square meters factory and sales office is located in Xinggong International Industrial Park. We have experienced mechanical and technical support engineers in the field of new energy industry and management personnel.We have researched and developed Chinese characteristic of industrial oxyhydrogen generators from 100 to 20000 liters per hour,which successfully applied for flame welding and brazing,flame cutting, heating and sealing,engine carbon cleaning.Now we have 22 series and more than 200 products , which cover oxyhydrogen generator, engine carbon cleaning machine, ampoule quartz sealing machine,oxyhydrogen welding machine,oxygen hydrogen inhalation machine,ultrapure water system and etc.We are a high-tech enterprise, which have won 21 patents and its own brands of Okay Energy, HHO, and Car Nurse.

Aiming at providing energy saving and eco-friendly gas generation equipment,we are always to update our technology and develop new products to meet the customers demand.