2026
How Kovar Helps Protect Sensitive Electronic Components From the Environment
Sensitive electronic components can fail when moisture, gases, contaminants or repeated temperature changes reach critical internal parts. Kovar helps...
Why Kovar Is Used in Telecommunications and Electronic Packaging
Kovar is widely used in telecommunications and electronic packaging because its controlled thermal expansion closely matches materials such as...
Titanium vs Stainless Steel: Which Alloy Is Best for Medical Applications?
Titanium is often the stronger choice for permanent implants and weight-sensitive medical components, while stainless steel remains a practical...
Choosing the Right Alloy for Medical Device Manufacturing
Selecting the right alloy for medical device manufacturing starts with the device’s intended use. Engineers must consider patient contact,...
Why Material Selection Matters in Offshore Oil & Gas Operations
When selecting specialist metals, consistency and traceability are just as important as price. The short answer is that offshore...
Best Alloys for Defence Engineering Applications in 2026
When selecting specialist metals, consistency and traceability are just as important as price. The best alloys for defence engineering...
Understanding Heat Resistance and Fatigue in Aerospace Metals
When selecting specialist metals, consistency and traceability are just as important as price. The short answer is that aerospace...
Choosing the Right Alloy for Laser Components: A Practical Guide for Engineers
When selecting specialist metals, consistency and traceability are just as important as price. The short answer is that alloys...
Invar 36 vs Alloy 42: What’s the Difference?
Looking to buy Kovar from a trusted stockist? Speak to City Special Metals about your requirements today. Invar 36...
When Should You Use Kovar Instead of Stainless Steel?
Looking to buy Kovar from a trusted stockist? Speak to City Special Metals about your requirements today. When Should...