Precision Engineering in Electrolysis: High-Conductivity Negative Plate Supplied by Ti Anode Fabricators Pvt. Ltd.

In the complex world of electrochemical processing, the efficiency of your system is only as strong as its weakest component. For industrial units operating in India, the Negative Plate serves as a fundamental element in ensuring seamless Electrolysis. Achieving the perfect balance between conductivity and structural integrity is a challenge that requires specialized manufacturing expertise.

The Role of the Negative Plate in Electrolysis

The process of Electrolysis relies on the movement of ions between electrodes. The Negative Plate acts as the cathode, where reduction occurs. If the plate lacks high electrical conductivity or suffers from poor mechanical connections, the energy consumption of the Electrolysis process spikes, leading to significant operational losses.

Ti Anode Fabricators Pvt. Ltd. addresses these industrial hurdles by manufacturing a high-performance Negative Plate specifically designed for heavy-duty Electrolysis applications. By focusing on material purity and precise dimensions, we ensure that your Electrolysis cells operate at peak electrochemical efficiency.

Technical Specifications & Design

Every Negative Plate supplied by Tiaano is crafted to meet exact engineering tolerances:

·         Main Dimensions: 300 mm Width x 260 mm Length x 2.0 mm Thickness.

·         Hook Assembly: Integrated 40 mm W x 100 mm L x 2.0 mm THK copper hook for secure busbar mounting.

·         Raw Material: 100% High-Conductivity Copper.

·         Application: Industrial Electrolysis.

·         Installation Location: Industrial plants across India.

Why Copper? Raw Material Justification

For a Negative Plate used in Electrolysis, Copper is the gold standard for raw materials. Its superior electrical conductivity ensures minimal voltage drop across the plate surface. This energy efficiency is vital for large-scale Electrolysis plants where even a fractional percentage of energy loss can result in massive overhead costs. The integrated copper hook ensures a low-resistance path from the power source to the active area of the plate.

Quality Assurance at Ti Anode Fabricators Pvt. Ltd.

As a premier manufacturer, Tiaano (Ti Anode Fabricators Pvt. Ltd.) employs a rigorous Quality Management System (QMS) to ensure every Negative Plate performs reliably under stress. Our process includes:

1.   Material Verification: Testing the copper substrate for high-purity electrical grades.

2.   Dimensional Precision: Ensuring the 300 mm x 260 mm surface is perfectly flat to maintain uniform current distribution during Electrolysis.

3.   Joint Integrity: Specialized welding or fastening of the 40 mm wide hook to withstand the mechanical and thermal stresses of a working Electrolysis cell.

By choosing a Negative Plate manufactured by Tiaano, industries in India benefit from reduced maintenance cycles and a longer component lifespan.

Ready to Optimize Your Electrolysis Plant?

Don't settle for subpar components that drain your profits. Partner with Ti Anode Fabricators Pvt. Ltd. for world-class electrochemical solutions.

Contact us today for a technical consultation! Website: www.ptanode.com Email: shiny@tiaano.com.

Platinised Rod and Platinum Plated Sheet Manufactured for High-Performance Electrolysis – Ti Anode Fabricators Pvt. Ltd.

Electrolysis has become the backbone of modern chemical processing, energy generation, water treatment, and precision manufacturing. At the center of every efficient electrolytic cell lies a component that defines performance, longevity, and process reliability—the Platinised Rod or Platinum Plated Sheet. In today’s industrial landscape, where operational uptime and chemical stability are non-negotiable, the demand for highly durable and catalytic electrode materials has never been greater. This is why Platinised Rods and Platinum Plated Sheets remain indispensable across the electrochemical industry.

Why Choose Platinised Rod / Platinum Plated Sheet?

The Platinised Rod and Platinum Plated Sheet offer superior conductivity, low electrode consumption, excellent catalytic activity, and unmatched corrosion resistance in aggressive electrolytes. These attributes ensure stable electrochemical performance, high current efficiency, and extended operational life—making them vital for precision-driven electrolysis applications.

Ti Anode Fabricators Pvt. Ltd. – Engineering Excellence in Platinum-Based Electrodes

With decades of advanced electrochemical fabrication expertise, Ti Anode Fabricators Pvt. Ltd. (Tiaano) has established itself as a premier manufacturer of Platinised Rods and Platinum Plated Sheets. Built on engineering accuracy and metallurgical precision, every electrode is produced under tightly controlled conditions to ensure optimum coating thickness, uniform adhesion, and long-term stability. Tiaano’s capability to manufacture highly customized geometries, plating thicknesses, and substrate configurations has positioned the company as a trusted global supplier for industrial electrolysis systems.

Application Areas – Platinised Rods and Sheets in Electrolysis

These products are widely used across multiple electrolysis applications, including:

·         Hydrogen and oxygen generation

·         Chemical synthesis and decomposition

·         Laboratory-scale electrolysis testing

·         Electrolytic oxidation and reduction processes

·         Electro-winning and refining

·         High-purity water treatment and disinfection

·         Specialty electrochemical reactors in R&D environments

Their stability under high current loads and aggressive chemical environments makes them suitable for continuous industrial operation.

Function & Importance in Electrolysis Processes

The Platinised Rod and Platinum Plated Sheet function as high-efficiency anodes, enabling controlled electron transfer to drive electrochemical reactions. Platinum’s noble catalytic nature ensures:

·         Consistent current distribution

·         Low energy loss

·         High electrochemical stability

·         Resistance to chloride and acidic corrosion

·         Predictable reaction rates under varying loads

In industrial electrolysis, where stable potential and chemical neutrality are essential, these electrodes safeguard product purity, operational efficiency, and long-term reliability.

Technical Specifications Delivered

Tiaano designs and supplies customer-specific configurations, including:

·         DIA 12 mm × 12.80 mm Height – 3 Micron Platinum Plating (HA)

·         DIA 8 mm × 12.80 mm Height – 3 Micron Platinum Plating (HA)

·         27 mm Width × 61 mm Length × 10 mm Thick – 3 Micron Platinum Plating, Thread C/C Distance 17 mm (HA)

·         DIA 3.9 mm × 300 mm Length – 3 Micron Platinum Plating on Entire Surface (HA)

Raw Materials:

·         Hastelloy-C substrate

·         Platinum catalytic coating

Capacity:
Designed for customer-specific current density, temperature range, and electrolysis load profiles.

Every product is engineered to integrate seamlessly into industrial and laboratory electrolysis setups.

Raw Material Justification – Hastelloy-C & Platinum

Hastelloy-C provides exceptional mechanical strength and resistance to pitting, cracking, and chemical attack, making it ideal for chloride-rich or acidic environments.
Platinum offers excellent catalytic activity, electrochemical inertness, and minimal dissolution during operation.

This combination ensures durability, long service life, and exceptionally stable electrode performance.

Where the Product Is Used

·         Water electrolysis units

·         Laboratory chemical decomposition systems

·         Industrial electro-synthesis reactors

·         Electro-winning & metal recovery plants

·         Fuel cell research environments

·         Electroplating and finishing cells

·         Advanced R&D facilities

Quality Assurance

Every Platinised Rod and Platinum Plated Sheet undergoes comprehensive customer inspection, coating verification, surface finish evaluation, and electrical performance testing before dispatch.

Why Choose Ti Anode Fabricators Pvt. Ltd.?

·         Fast delivery supported by stocked raw materials

·         Precision plating and dimensional accuracy

·         Competitive pricing and global service support

·         Proven performance across industries

·         Reliable dispatch record to OEMs, laboratories, and chemical plants

Industries requiring long-life high-performance electrodes consistently choose Tiaano for its engineering strength and dependable after-sales support.

Future Partnerships

Tiaano welcomes collaborations with research institutions, electrolysis equipment manufacturers, chemical producers, renewable energy companies, and metal recovery units seeking premium platinum-based electrodes for long-term process enhancement.

For technical queries or procurement support:
Website: www.ptanode.com Email: shiny@tiaano.com

Platinum Plated Cylindrical Mesh Supplied for Electrolysis – Now Dispatched to India

What Does a Platinum Plated Cylindrical Mesh Actually Do in Electrolysis?

In any electrolysis process – be it chlor-alkali, water treatment, electro-winning, or cathodic protection – the anode is the heart that bears the maximum attack from oxygen and chlorine evolution. Our platinum plated cylindrical mesh provides an ultra-stable, high-surface-area electrode that dramatically reduces cell voltage, cuts energy bills, and eliminates frequent anode replacement headaches.

Ti Anode Fabricators Pvt. Ltd., popularly known as Tiaano, has been designing and manufacturing platinum plated cylindrical mesh anodes for over 28 years from Chennai, India. With in-house plating facilities and ISO 9001:2015 certification, we are trusted by more than 2,000 clients worldwide for delivering high-performance electrolysis electrodes that last 5–8 times longer than conventional alternatives.

The 10-micron thick platinum layer acts as the perfect catalyst while the titanium substrate gives mechanical strength and corrosion immunity. Result? Consistent performance even in the harshest electrolytes.

Latest Dispatch – Custom Platinum Plated Cylindrical Mesh for Indian Client

We have just supplied one piece of high-precision platinum plated cylindrical mesh with the following specifications:

• Outer Diameter: 20 mm
• Height: 30 mm
• Wall thickness: 0.6 mm
• Complete 10-micron platinum plating on entire surface
• Integrated titanium hook for easy installation
• Gross weight: 0.5 kg
• 100 % inspected and ready for immediate use in electrolysis

Why Titanium + Platinum is the Gold Standard for Electrolysis Anodes

• Titanium remains completely immune to corrosion in chloride and sulphate environments
• Pure platinum coating delivers the lowest over-potential and highest catalytic activity
• Mesh design increases active surface area by 6–8 times compared to solid rods
• Uniform 10-micron plating guarantees long life (typically 5–10 years depending on current density)

Where These Platinum Plated Cylindrical Mesh Anodes Excel

• Chlor-alkali membrane cells
• Electro-chlorination systems for drinking & waste water
• Copper, zinc, and cobalt electro-winning plants
• Impressed current cathodic protection (ICCP)
• Hydrogen production units
• Electro-dialysis and electro-deionization systems

Why Industry Leaders Keep Choosing Tiaano

• Ready stock of standard sizes 
• Custom designs delivered in 2–3 weeks
• Direct manufacturer pricing – no middlemen markups
• Full traceability and third-party inspection reports
• Proven installations across India, Middle East, Europe, and Africa

Who Received This Latest Shipment – And Who’s Next?

The latest platinum plated cylindrical mesh has been dispatched to a leading water treatment company in India. We are ready to talk with several electroplating units, chlorate manufacturers, and shipyard ICCP system integrators who need similar high-reliability electrolysis anodes.

If your plant is spending too much on anode replacement and power, let’s talk.

Ready to Cut Your Electrolysis Cost by 40 % or More?

Drop us an email right now at shiny@tiaano.com or visit www.ptanode.com to get your custom quotation within 24 hours. One small upgrade can deliver massive savings year after year.

Tiaano Design, Fabrication and assembling various electrodes and Shapes of platinum or platinum covered anodes and cathodes for modern water treatment plant mainly ionization plants. The fundamental parts of the ionization chamber are its two gathering terminals, the anode and cathode.

According to client demand, Tiaano Design, Fabrication, and Supply of Electrodes for Ionization application. The anode gathering model comprises of 2 plates, 3 plates, 5 plates, 7 plates and 9 plates for the creation of Alkaline water (Ionized water) at the pH of 8.5 to 11.5 from positive chambers and acidic water at the pH of 6.5 to 6.5 from negative chambers.

Tiaano propose the platinized Titanium anodes and Platinised Titanium Cathode for water ionization due for its potential benefits like complex shapes is conceivable, Long lifetime, Easy support, High layered security and stacking limit, Good consumption obstruction, Low weight, Perfect flow and circulation. Anodes and cathodes material will be comparable. It will be consume appropriate equivalent voltage in all cells.

Tiaano Design, Fabrication and assembling various electrodes and Shapes of platinum or platinum covered anodes and cathodes for modern water treatment plant mainly ionization plants. The fundamental parts of the ionization chamber are its two gathering terminals, the anode and cathode.According to client demand, Tiaano Design, Fabrication, and Supply of Electrodes for Ionization application. The anode gathering model comprises of 2 plates, 3 plates, 5 plates, 7 plates and 9 plates for the creation of Alkaline water (Ionized water) at the pH of 8.5 to 11.5 from positive chambers and acidic water at the pH of 6.5 to 6.5 from negative chambers.

Tiaano propose the platinized Titanium anodes and Platinised Titanium Cathode for water ionization due for its potential benefits like complex shapes is conceivable, Long lifetime, Easy support, High layered security and stacking limit, Good consumption obstruction, Low weight, Perfect flow and circulation. Anodes and cathodes material will be comparable. It will be consume appropriate equivalent voltage in all cells.

Tiaano producing different sizes and Shapes of platinised Titanium Anodes and Cathode for Hard Chrome Plating. In view of a truly adaptable creation factory, we can produce anodes, all things considered. Sheet, plate, network, wire, pole, cylindrical or mixes or potentially congregations of these materials. Their size and number fluctuate from a few cm2 to 2 m2 and amount 1 to 10,000 numbers. All anodes are created by client determinations.

Platinized titanium anodes are produced with a titanium base design as either a plate, bar, wire, cross section, or cylinder (or any shape according to ask for). A slight covering of platinum with a thickness of no less than 0.1 microns (with a limit of 20 m) is kept up with on the anode's surface, prepared for metal completing at plating showers. These platinum-covered anodes have similar electrochemical properties as platinum and act like platinum metal.

Platinized metal anodes are generally perceived as a useful part for different applications, including hard chrome plating, metal electroplating, the gadgets and semiconductor enterprises, substance process designing, electroplating, electrodialysis, electroforming (adjusting anodes), electrochemical detecting, electrowinning, and metal refining, electrolytic recovery of chromic corrosive, sodium hypochlorite creation, electrosynthesis of natural and inorganic synthetic compounds, and cathodic security applications.

Platinum is one of the valuable metals. Platinized titanium anodes are broadly utilized in Electro Plating, metal finishing, metal recuperation processes. They have effectively supplanted lead anodes in electroplating applications because of their lower utilization, layered exactness, capacity to frame exact store thicknesses on wanted mathematical shapes, unsurprising plating science and simplicity of upkeep. These anodes can be planned and framed with different calculations in light of the parts to be electroplated.

Why is platinum used as an anode?

Platinum is used on the surface as a primary anode material due to its excellent corrosion resistance under anodic conditions coupled with its ability to pass current in all electrolytes without forming an insulating film. The corrosion resistance of platinum manifests itself in its low consumption rate.

Why is platinum used as cathode?

Platinum is used in electrochemical cells because it is resistant to oxidation- it will not easily react, which makes in excellent as an electrode as it will not take part in the Redox reactions occurring in electrochemical cells.

What is platinum electrode made of?

Generally, Electrodes are made of platinum 10% Iridium alloy for added mechanical strength which ensure long period of trouble free service. Electrode cylinders are usually made of wire gauze having wire diameter 0.15 mm * 360 mesh per cm2.

Interesting Facts about Platinum:

·         Meteorites and our moon contain a higher percentage of platinum than can be found on the Earth.

·         The melting point of platinum is 3,215 °F (1,768.4 °C) and the boiling point is 6,917 °F (3,825 °C).

 ·        Typically 95% pure, platinum is one of the purest precious metals.

The Titanium Anode with Platinum Coating is the anode electrode made of titanium which is having the coating of platinum. These rods are essential for the purpose of welding. The electrode rods are essential for producing spark and heat to create high temperature so that the metal could get melt and then we join the two metal pieces in a permanent joint by means of welding. This rod has the main task for providing the filler material for joining two metal pieces.

Electrolysis is defined as a process of decomposing ionic compounds into their elements by passing a direct electric current through the compound in a fluid form. The cations are reduced at cathode and anions are oxidized at the anode. The main components that are required for conducting electrolysis are an electrolyte, electrodes, and some form of external power source is also needed. Additionally, a partition such as an ion-exchange membrane or a salt bridge is also used but this is optional. These are used mainly to keep the products from diffusing near the opposite electrode.

Common Advantages of Platinized Titanium Anodes:-

•          Electrochemical inertness,

•          Mechanical strength,

•          Workability and favorable electrical conductivity.

•          Dimensional stability, long durability of base material

•          Application-specific design

•          A low consumption rate that conserves precious platinum

•          Resistance to oxidation

 •          High chemical stability.

Electrolysis is defined as a process of decomposing ionic compounds into their elements by passing a direct electric current through the compound in a fluid form. The cations are reduced at cathode and anions are oxidized at the anode. The main components that are required for conducting electrolysis are an electrolyte, electrodes, and some form of external power source is also needed. Additionally, a partition such as an ion-exchange membrane or a salt bridge is also used but this is optional. These are used mainly to keep the products from diffusing near the opposite electrode.

For example, when electric current, is, passed through molten sodium chloride, the sodium ion is attracted by the cathode, from which, it takes an electrode and becomes a sodium atom.

Chloride ion reaches the anode, gives its electron, and become chlorine atom to form chlorine molecule.

Na+(in electrolyte) + e–(from cathode) → Na …. At Cathode

Cl–(from electrolyte) → e– + Cl → Cl2 …. At Anode

Electrolysis process, while useful to get elemental forms from compounds directly, it can also be used indirectly in the metallurgy of alkali and alkaline earth metals, purification of metals, deposition of metals, preparation of compounds etc

Electrolysis Applications:--

1) Determination of equivalent eight of substances.

2) Metallurgy of alkali and alkaline earth metals.

3) Purification of metals.

4) Manufacture of pure gases.

5) Manufacture of compounds like sodium hydroxide, sodium carbonate, potassium chlorate etc.

6) Electroplating for corrosion resistance, ornaments etc.

Tiaano manufacturing different sizes and Shapes of platinised Titanium Electrodes for water ionizers. The essential components of the ionization chamber are its two collecting electrodes, (the anode and cathode) the anode is positively charged with respect to the cathode.

A water ionizer (also known as an alkaline ionizer) is a home appliance which claims to raise the pH of drinking water by using electrolysis to separate the incoming water stream into acidic and alkaline components. The alkaline stream of the treated water is called alkaline water. Proponents claim that consumption of alkaline water results in a variety of health benefits, making it similar to the alternative health practice of alkaline diets. Such claims violate basic principles of chemistry and physiology. There is no medical evidence for any health benefits of alkaline water. Extensive scientific evidence has completely debunked these claims

Types of Water Ionizer Anodes Tiaano :-

→ Mesh Anode

→ Sheet / Flat Anode

→ Perforated Sheet Anode

→ Slotted Sheet Anode

→ Rod Anode

→ Seamless Tube Anode