Name: Double-sided Platinum-coated Titanium Expanded Mesh Electrode Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 239936755

TOPTITECH's Double-sided Platinum-coated Titanium Expanded Mesh Electrode with Handle features a titanium substrate with a meticulously applied double-sided platinum coating, combining the exceptional properties of both materials. The electrode is further enhanced with a welded connection pillar, providing a convenient handle for easy manipulation and precise control during experimental procedures.

The double-sided platinum coating on the titanium expanded mesh electrode offers superior electrocatalytic activity and stability. This unique design provides a significantly larger active surface area, enabling efficient electrochemical reactions and promoting enhanced mass transfer. The platinum coating ensures excellent durability, corrosion resistance, and long-term performance, making it ideal for demanding electrochemical processes.

Double-sided Platinum-coated Titanium Expanded Mesh Electrode 3

Equipped with a welded connection pillar, the handle feature of TOPTITECH's Double-sided Platinum-coated Titanium Expanded Mesh Electrode offers exceptional convenience and maneuverability. The handle allows researchers and technicians to easily position and manipulate the electrode, ensuring accurate and reproducible results. The ergonomic design ensures a comfortable grip, reducing the risk of slippage and providing precise control over experimental parameters.

Products Specifications

Material	GR1 titanium
Dimensions	200*200mm
The Thickness of platinum	1 micron
The coating of area	doubles sides
Pore size	3*6mm
Mesh type	expanded mesh
Handle connection type	Welding

Products Features and Typical Applications

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Ideal for Rhodium Electroplating

The Double-sided Platinum-coated Titanium Expanded Mesh Electrode with Handle is specifically designed for Rhodium electroplating applications. Its unique construction and platinum coating ensure efficient and precise deposition of Rhodium onto various surfaces, resulting in high-quality and durable electroplated coatings.

Versatile Use in Electrolysis and Electroplating

This electrode, made from platinum titanium mesh, is commonly employed in electrolysis and electroplating processes. Its double-sided platinum coating provides a large active surface area for enhanced electrocatalytic activity, facilitating efficient and uniform plating or electrolysis of various metals.

Double-sided Platinum-coated Titanium Expanded Mesh Electrode 5

Double-sided Platinum-coated Titanium Expanded Mesh Electrode 4

Excellent Electrical Conductivity and Material Stability

The titanium material used in the construction of the titanium mesh electrode exhibits excellent electrical conductivity and exceptional stability. It resists dissolution or color change during electrochemical processes, ensuring consistent and reliable performance over extended periods.

Effective Cleaning and Activation of Gold/Silver Ornaments

When combined with water and an electrolytic plating machine, the titanium mesh electrode can be used to clean and activate the surface of gold and silver ornaments. The activated surface prepares the jewelry for subsequent plating or finishing processes, ensuring optimal adhesion and a flawless final appearance.

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Prevention of Jewelry Oxidation with Platinum or Gold Coating

By utilizing water and a plating machine, the titanium mesh electrode enables the application of a protective layer of platinum or gold onto the surface of jewelry. This coating acts as a barrier, preventing oxidation and preserving the luster and appearance of the jewelry over time.

Why can titanium expanded mesh only be coated on both sides?

Double-sided Platinum-coated Titanium Expanded Mesh Electrode 2

Titanium expanded mesh is formed by stretching and expanding titanium metal sheets, creating a porous mesh structure. Due to the limited connection points between the mesh openings, a single-sided coating may not provide complete coverage, leading to uneven or missed areas. To ensure full coverage and protection of the entire titanium mesh surface, a double-sided coating is necessary.

Additionally, titanium has excellent electrical conductivity, making it ideal for electrochemical processes. A double-sided coating enhances the overall conductivity of the titanium mesh, enabling uniform distribution of electrical current across the entire mesh surface for more efficient electrochemical reactions.

Moreover, titanium exhibits exceptional corrosion resistance and chemical stability, maintaining its integrity and color. The double-sided coating acts as a protective layer, safeguarding the titanium mesh from chemical substances and electrochemical reactions, thereby prolonging its lifespan and increasing stability.