Chlor Alkali Anode & Equipment's f

The Chlor-Alkali industry is one of the largest Electrochemical technologies that is in use in the world with chlorine and sodium hydroxide among the top ten chemicals .... [More]

Platinum is widely used as electrodes in metal finishing industries, having special chemicals & physical properties like high corrosion resistance.... [More]

As a substitute for the more traditional ion-exchange process, EDI brings advances in both energy and operating expenses to the high purity water treatment train. By eliminating the periodic regeneration requirement [More]

The developed High Density coating technology allows for very thin layers to be deposited increasing cost effectiveness. The Mixed Metal Oxide Coated substrate [More]

ADVANTAGES FOR RECOATING ELECTROLYSERS [More]

Tiaano refurbished & recoated the electro chlorination plants and its Electrolysers, which was originally made by... [More]

The anode substrate is Titanium and the cathode substrates may be Titanium, Hast alloy, Nickel, normal... [More]

Recoating leads double the life of Electrolyzers with half of the cost. Almost all Electrolyzers can be refurbished to new specifications; its cost will be just half of buying new one. Refurbishment include recoating, rebuilding the standoff and / or replacement, depending on the condition of the Electrolyzers. Refurbishment time is only 2-4 weeks. Low current output, damaged standoffs, leaking seals or damaged mounting threads are the symptoms of refurbishment. [More]

Tiaano, a well-equipped in plant facilitated company delivering DSA Titanium anodes and Nickel cathodes – Design, Supply, Refurbishment, Recoated and Zero gap Retrofitting by using Precious metal oxides of… Iridium, Ruthenium, Platinum, Palladium, etc. We take this opportunity and pleased to inform you that, since 1992..... [More]

Copper is a common conductive metal used in busbars and many electrical utilities around the world. Copper is chosen for its property to handle higher temperature, providing extra security during short circuit situation. [More]