Xinxiang Future Hydrochemistry Co., Ltd. (FHC) products

Ruthenium-Iridium coated Titanium Anodes (Ru-Ir coated Ti anode) is suitable for chlorine evolution environment, It is one of the DSA anode and insoluble anode which coated with ruthenium oxide coating on a titanium substrate.It belongs to the chlorine evolution anode according to the classification of electrochemically evolved gases.

Iridium Tantalum coated Titanium Anodes is an insoluble anode. It is a group of coatings with iridium oxide as conducting component, and tantalum oxide as inert oxide, were deposited on titanium, the IrO2/Ta2O5 coating is firmly bonded to the titanium substrate. Compared with the electrode with ordinary coating, it enhances the resistance to crevice corrosion and better improves the contact between the titanium substrate and the coating. Durability. Appearance shapes are: plate electrode, tube electrode, mesh electrode, rod electrode, wire electrode, etc.

Titanium/Tantalum/Niobium-based platinum plated anode process, it using electroplating or brush plating or including coating process, the appearance is bright silver white, with the characteristics of large anode discharge current density and long service life.

Our RP salt chlorinator has been in use in the market for over 20 years and is our mature product. Our customers have always been very satisfied with the quality of this product.

Our AC salt chlorinator has been in use in the market for over 20 years and is our mature product. Our customers have always been very satisfied with the quality of this product.

Our replacement cell comes in multiple specifications and models. Please carefully review the detailed instructions in our online store. To purchase our replacement cell, please click on the shopping cart to place your order.

Sodium Hypochlorite Generator works on electrochlorination chemical process which uses water, common salt and electricity to produce Sodium Hypochlorite(NaOCl). The brine solution (or sea water) is made to flow through an electrolyzer cell, where direct current is passed which leads to Electrolysis. This produces Sodium Hypochlorite instantaneously which is a strong disinfectant. This is then dosed in water in the required concentration to disinfect water, or to prevent Algae Formation and Bio Fouling.

Titanium anodizing is a process in which titanium oxides are artificially grown on top of an underlying titanium base metal using electrolysis. A very similar process can be done with aluminum, however, aluminum anodizing requires the part to be dyed in order to create the desired color. This process is usually done professionally as it can be a messy process. This dyeing process is not required with titanium because of its oxide film which refracts light differently than most other metal oxides. It acts like a thin film that reflects a specific wavelength of light depending on the thickness of the film. By varying the voltage applied during the anodization process the color of the titanium surface can be controlled. This allows titanium to be anodized to almost any color that one can think of.