• What defines the "Structural Integrity" of Aura Brilliant archives?

Our archives are engineered using high-density aerospace-grade materials. We utilize Mohs 9.0 hardness Tungsten Carbide (density of 15.6g/cm³) and hand-forged Damascus steel with stratigraphic folding. Every piece is designed to resist external entropy and maintain structural permanence.

• Is the 18K Gold on your rings solid or a coating?

We utilize 18K Gold PVD (Physical Vapor Deposition). This is a molecular ionic bonding process conducted in a vacuum environment, creating a high-durability structural interface. We prioritize this over solid gold to maintain the structural resilience of the core matrix while providing a molecular gold finish.

• How do you verify the authenticity of the Damascus steel patterns?

The patterns are the result of stratigraphic acid-etching on hand-forged steel. Unlike laser-engraved imitations, our textures are structural and run through the entire metal matrix. Each pattern is a unique metallurgical record of the forging process.

• Are taxes and import duties included for US customers?

Yes. Aura Brilliant operates on a DDP (Delivered Duty Paid) model. All listed prices include comprehensive import taxes and US customs duties. There are no secondary financial frictions upon delivery.

• What is the typical shipping duration to the United States?

We utilize Complimentary US Express Shipping. Most structural archives reach their destination within 5-10 business days, depending on the complexity of the specific material batch and final inspection.

• Can these rings be resized?

Due to the extreme hardness (Mohs 9.0) and structural integrity of aerospace-grade Tungsten and Damascus steel, these materials cannot be resized using traditional heat-based methods. We provide a precise sizing guide to ensure an exact fit for your structural anchor.

• Will the 18K Gold PVD interface wear off over time?

Our PVD process creates a molecular bond significantly superior to standard electroplating. While it is engineered for high-friction resistance, it should be treated as a precision structural layer. Avoid contact with industrial abrasives to preserve the ionic integrity.