Industry News
Custom Aerospace Coatings: How To Choose The Right Surface Finish For Your Program
Key Takeaways: Operating Environment Determines Coating Selection: Temperature extremes, chemical exposure, and UV radiation drive which custom aerospace coatings will perform reliably over the component lifespan. Compliance is Non-Negotiable: Aerospace coating...
ITAR Certification In Aerospace Metal Finishing: What Procurement Teams Need To Know
Key Takeaways: ITAR Metal Finishing Protects National Security: Export controls prevent unauthorized access to defense manufacturing technologies and technical data. Non-Compliance Creates Supply Chain Liability: Working with unregistered suppliers exposes programs to...
Titanium Chemical Etching: Process, Common Defects, And How To Prevent Over-Etching
Key Takeaways: Titanium Etching Requires Precision Control: Acid concentration, temperature, and immersion time must be continuously monitored to prevent dimensional nonconformance and material property degradation. Common Defects Are Preventable: Over-etching,...
Best Practices For Avoiding Contamination In Metal Finishing
Key Takeaways: Contamination Drives Coating Failures: Surface contaminants account for the majority of adhesion problems, compliance failures, and performance issues in aerospace finishing. Prevention Requires Systematic Controls: Effective metal finishing...
What Causes Passivation Failures On Stainless Steel Fasteners?
Learn what causes passivation failures on stainless steel fasteners and how Valence ensures compliant surface finishing for aerospace-critical components.
Electroless Nickel Plating: The Complete Guide For Aerospace Engineers
Learn what makes electroless nickel plating ideal for aerospace applications at Valence. Ensure uniform thickness and corrosion resistance. Get a quote today.
What Is Nadcap? A Buyer’s Guide For Aerospace Supply Chain Managers
Learn the benefits of Nadcap accreditation for plating. Valence breaks it down for aerospace supply chain managers. Get clarity today.
Cadmium Plating For Aerospace: Process, Specs, And Why It’s Still Used
Cadmium plating remains critical in aerospace. Valence explains the process, specs, and why it is still used. Learn more.
Type I Vs Type II Vs Type III Anodizing: Which Does Your Aerospace Program Need?
Compare Type I, II, and III anodizing for aerospace applications. Learn how each process impacts durability, corrosion resistance, and program performance.
What Is Passivation? A Plain-English Guide For Aerospace Engineers
Key Takeaways: Machining disrupts corrosion resistance. Any fabrication process removes stainless steel's protective chromium oxide layer, making passivation essential before aerospace components enter service. Process control determines compliance. AMS 2700 and ASTM...