Oxyhydrogen welding machines, also known as HHO welders, utilize a mixture of hydrogen (H₂) and oxygen (O₂) gases to produce a high-temperature flame for cutting, welding, and brazing. This eco-friendly technology generates heat through the electrolysis of water, making it a sustainable alternative to traditional acetylene or propane-based systems. With zero harmful emissions and lower operational costs, oxyhydrogen welding is gaining traction across industries prioritizing efficiency and environmental responsibility.

Hunan Okay Energy Equipment Co., Ltd. was established in 2006 and is a high-tech enterprise specializing in the research, development, and production of water fuel oxyhydrogen generator. The oxyhydrogen flame welding machine has been widely used in the welding process of copper bars and flat copper wires in the transformer industry. Many transformer industry units have adopted oxyhydrogen flame welding machine for process transformation, achieving significant results in energy conservation, efficiency improvement, and process quality enhancement.

Okay Energy oxyhydrogen welding machine, also known as an oxy-hydrogen gas generator or water fuel cell, is a device that produces a mixture of hydrogen (H2) and oxygen (O2) gases through the electrolysis of water. This gas mixture, commonly referred to as oxyhydrogen or Brown's gas, can be used for various applications due to its properties, such as being highly flammable and producing a clean flame when combusted.

Oxyhydrogen welding, which utilizes a clean and precise heat source generated by the combustion of hydrogen and oxygen, is particularly well-suited for welding copper due to the following reasons

Using an oxyhydrogen flame for copper brazing can be effective due to the high temperature and clean burning properties of this type of flame. The oxyhydrogen flame is produced by burning hydrogen gas and oxygen gas together. When adjusted properly, it can reach temperatures exceeding 2800°C , hot enough to melt copper and copper-based brazing materials.

oxyhydrogen flame can provide a high temperature and oxidizing environment, which is helpful for the crystallization and purification process of high borosilicate materials. This can improve the crystal structure and purity of the material, thereby enhancing its mechanical properties and chemical stability.