Nickel Sheet DryiC High Purity 99.6% 20cm x 20cm Thickness 1mm

Description

Product Overview

The DryiC high purity nickel sheet is engineered to meet the exacting standards of modern industrial processes. With a certified nickel content of 99.6%, this material offers a level of purity that translates directly into superior electrical conductivity and corrosion resistance. Each sheet is produced from a single batch of refined nickel, ensuring uniform grain structure and consistent mechanical properties across the entire surface. The product dimensions are available in a range of thicknesses—1 mm, 2 mm, and 3 mm—allowing engineers to select the optimal balance between flexibility and strength for their specific applications. Size options extend from compact 10 cm × 10 cm panels to larger 20 cm × 20 cm sheets, providing versatility for both prototype development and full‑scale production runs. The sheet’s measured weight of 3.17 ounces per unit and compact packaging make handling straightforward while maintaining the integrity of the material during transport.

Key material characteristics include a high tensile strength that exceeds typical nickel alloys, a low coefficient of thermal expansion that minimizes dimensional changes under temperature fluctuations, and excellent oxidation resistance that prolongs service life in harsh environments. The surface finish is smooth and free of contaminants, which is essential for processes such as electroplating where surface uniformity directly impacts coating quality. DryiC’s manufacturing controls adhere to ISO‑9001 standards, and each batch is accompanied by a detailed material test report, giving customers confidence in the consistency and reliability of the product.

Usage

The versatility of the DryiC nickel sheet makes it a preferred choice across a broad spectrum of industrial sectors. In electroplating operations, the sheet serves as a sacrificial anode, continuously replenishing nickel ions in the plating bath and ensuring a uniform deposition on target components. Its high purity minimizes the introduction of impurities that could compromise the aesthetic or functional qualities of the plated layer. For welding applications, the sheet’s excellent weldability allows it to be joined to a variety of base metals without the need for extensive pre‑treatment, reducing preparation time and overall production costs.

In addition to these core uses, the material excels in the fabrication of precision parts that demand tight tolerances and dimensional stability. The low thermal expansion coefficient means that components such as heat exchangers, valve seats, and aerospace brackets retain their shape even when exposed to elevated temperatures. The sheet’s resistance to oxidation also makes it suitable for use in chemical processing equipment where exposure to aggressive reagents is common. Designers often incorporate the nickel sheet into complex assemblies because it can be easily formed, stamped, or laser‑cut to achieve intricate geometries while preserving structural integrity.

The product’s lightweight nature, combined with its high strength‑to‑weight ratio, enables the creation of lightweight yet durable components for automotive and marine applications. Whether the sheet is being used as a protective overlay, a conductive pathway, or a structural reinforcement, its performance characteristics remain consistent, providing engineers with a reliable material platform.

Why Choose Us

Choosing DryiC as your supplier means partnering with a company that prioritizes quality, transparency, and customer support. Our nickel sheets are sourced from reputable smelters and undergo rigorous purification processes that eliminate trace contaminants, resulting in the 99.6% purity level that sets our product apart from generic alternatives. Each shipment is accompanied by a comprehensive certificate of analysis, detailing chemical composition, mechanical properties, and dimensional tolerances, so you have full visibility into the material you receive.

We understand that industrial projects often operate on tight schedules, which is why we maintain strategic inventory levels to ensure rapid order fulfillment. Our logistics network is optimized for both domestic and international deliveries, and we offer flexible packaging options to accommodate bulk orders or smaller, custom‑size requests. In the event that you encounter any challenges during integration, our technical support team is available to provide guidance on material handling, machining parameters, and best‑practice recommendations.

Sustainability is also a core component of our business philosophy. The nickel we provide is produced using energy‑efficient processes, and we work closely with recycling partners to facilitate the responsible disposal or re‑use of end‑of‑life materials. By selecting DryiC, you are not only gaining a high‑performance product but also contributing to a more circular economy.

Key Features

• 99.6% nickel purity delivers superior conductivity and corrosion resistance for critical applications.
• High tensile strength and low thermal expansion ensure dimensional stability under load and temperature changes.
• Multiple thicknesses and size options provide flexibility for custom engineering designs.
• Excellent weldability and formability allow easy integration into complex assemblies without extensive preparation.
• Dedicated technical support and detailed material certifications guarantee reliable performance and peace of mind.

FAQ

What makes the DryiC nickel sheet suitable for electroplating?

The sheet’s high nickel purity ensures that the plating bath remains free of contaminating elements, which can otherwise cause defects in the deposited layer. Its smooth surface promotes uniform ion distribution, leading to consistent coating thickness and improved adhesion on the workpiece.

Can the nickel sheet be welded to other metals?

Yes, the material exhibits excellent weldability with a variety of base metals, including steel, copper, and aluminum alloys. Standard welding techniques such as TIG and MIG can be employed, and the sheet’s low impurity content reduces the risk of weld defects, allowing for strong, reliable joints.

How does the sheet perform in high‑temperature environments?

Nickel’s inherent thermal stability, combined with the sheet’s low coefficient of thermal expansion, means that it maintains its shape and mechanical properties even at elevated temperatures. This makes it ideal for components that experience cyclic heating, such as heat exchangers or engine parts.

What support does DryiC provide after purchase?

DryiC offers comprehensive after‑sales support, including access to material data sheets, machining guidelines, and a responsive technical assistance team. Customers can reach out for advice on processing parameters, troubleshooting, or optimizing the use of the nickel sheet in their specific applications.