SS10337 Stainless Steel Substrate Dia. 1 inch x 0.3 mm

Stainless Steel Substrate Dia. 1 inch x 0.3 mm Description

This substrate is manufactured from an alloy primarily comprising iron, enhanced with controlled amounts of cobalt and nickel, to achieve a uniform composition. The 1-inch diameter and 0.3 mm thickness allow for compatibility with precise industrial processing equipment. Its metallurgical properties are optimised for applications requiring consistent performance and surface uniformity, ensuring controlled interaction with process chemicals and improved mechanical stability.

Stainless Steel Substrate Dia. 1 inch x 0.3 mm Applications

1.       Industrial Processing
   - Used as a platform in electronic fabrication equipment to achieve accurate thin-film deposition by leveraging consistent substrate thickness.
   - Applied as a base in coating processes to ensure uniform film adherence by exploiting the material’s stable metallurgical properties.

2.       Material Evaluation
   - Serves as a sample holder in metallurgical testing systems to enhance the precision of material characterisation by capitalising on its controlled alloy composition.

Stainless Steel Substrate Dia. 1 inch x 0.3 mm Packing

The substrate is individually wrapped in anti-static materials and placed within a cushioned, moisture-resistant container. Packaging includes protective foam and sealed polybags to prevent surface contamination during transit and storage. The products are stored in temperature-controlled environments. Custom packaging options, including compartmentalised trays and labelling configurations, are available to meet specialised handling requirements.

Frequently Asked Questions

Q1: How does the alloy composition affect the substrate's performance?
A1: The inclusion of cobalt and nickel in the primarily iron-based alloy improves hardness and electrical conductivity. This precise balance aids in achieving uniform thermal and mechanical properties, which is crucial in processes that demand consistent substrate behaviour.

Q2: What quality control measures are applied during manufacturing?
A2: Advanced surface profilometry and scanning electron microscopy are used to verify substrate thickness and detect irregularities. This ensures that each substrate maintains a uniform surface finish and consistent alloy distribution, which is important for high-precision industrial applications.

Q3: Can the substrate be customised for specific industrial requirements?
A3: Yes, customisation options are available. Adjustments in alloy composition and substrate dimensions can be made to meet specific operational criteria. Customers can request tailored processing methods and surface treatments to optimise performance for their particular applications.

Additional Information

Stainless steel substrates play a critical role in various industrial processes where precise material properties are required. The integration of elements such as cobalt and nickel within an iron matrix provides enhanced mechanical strength and corrosion resistance, which are important in maintaining substrate integrity during post-processing steps.

Research in materials science continues to advance the development of engineered substrates. These substrates benefit from improved manufacturing techniques, ensuring uniformity and stability in environments with high thermal and mechanical stresses. Such progress is essential for applications in electronics manufacturing and material testing where performance consistency is paramount.