NK10161 Nickel Addictive

Nickel Addictive Description

Nickel Addictive is a block form nickel compound with a controlled composition of approximately Ni75/80. The material is processed using standardised heat treatment to achieve a homogeneous microstructure that supports predictable catalytic and metallurgical behaviour. Its block form facilitates ease of machining and integration into high-temperature applications. The precise control over chemical composition aids in achieving desired reactivity and mechanical properties in industrial processing environments.

Nickel Addictive Applications

Electronics and Semiconductor Manufacturing
- Used as a component in chemical vapour deposition systems to achieve controlled catalytic reactions by leveraging its consistent alloy composition.
- Applied as a substrate in sputtering processes to enhance uniformity and reduce contamination by using its stable formulation.

Industrial Catalysis and Metallurgy
- Serves as a catalyst support in high-temperature reactors to optimise reaction pathways by taking advantage of its controlled Ni content.
- Frequently used in alloy synthesis to maintain uniform properties in final products by leveraging its predictable phase behaviour.

Nickel Addictive Packing

Nickel Addictive is packaged in a protective, anti-corrosive container with inert lining to minimise surface oxidation. The packaging includes moisture-barrier materials and secure sealing to prevent contamination during transport and storage. Storage should be in a temperature-controlled environment away from direct sunlight and reactive chemicals. Custom packaging options such as bulk handling and size-specific containers are available upon request.

Frequently Asked Questions

Q1: How does the heat treatment process affect the properties of Nickel Addictive?
A1: The heat treatment process refines the alloy’s microstructure, ensuring consistent grain size and improved chemical stability. This treatment enhances the material's performance during catalytic reactions and metallurgical applications by stabilising its composition and reducing inhomogeneities.

Q2: What measures are taken to ensure the homogeneity of the Ni75/80 composition?
A2: SAM implements comprehensive metallographic analysis and standardised alloying practices. These involve periodic sampling and microscopic examination to verify that the Ni75/80 composition remains within specified limits, ensuring reliable performance in technical applications.

Q3: Can Nickel Addictive be customised for specific process requirements?
A3: Customisation is feasible for specific manufacturing parameters, including adjustments to block dimensions and surface finish. Technical support is provided to align the product with target process conditions, ensuring compatibility with specialised equipment and operational protocols.

Additional Information

Nickel compounds play a critical role in various catalytic and metallurgical processes due to their distinct chemical and mechanical properties. The controlled composition of compounds like Nickel Addictive is essential for applications that demand consistency and reproducibility. Researchers and engineers often evaluate the interplay of thermal treatment and alloy homogeneity to optimise material performance.

The integration of nickel compounds into industrial processes underscores the importance of precision metallurgy. Detailed analysis of microstructural characteristics, combined with advanced heat treatment methodologies, contributes to the predictable behaviour of these materials in high-temperature and reactive environments.