Gold Alloys

About Gold Alloys

Gold-Platinum-Palladium Powder, gold‐plated copper foil, eutectic gold-germanium alloy lump

Our collection of gold alloys is manufactured under standardised protocols. Each alloy is designed to support specific technical applications and extend the limits of material science.

Discover our Gold Alloys:

Gold-Platinum-Palladium Powder: This powder combines gold with platinum and palladium. It is used in electronics, catalysis and specialised coatings.

Gold‐Plated Copper Foil: This composite utilises copper’s conductivity with a gold surface. It is applied in high-performance electronics, printed circuit boards and decorative installations.

Eutectic Gold-Germanium Alloy Lump: This specialised alloy exhibits defined melting characteristics. It is employed in electronics manufacturing, semiconductor housings and thermal management systems.

Why Should You Choose Our Gold Alloys?

Innovation and Adaptability: Our alloys combine the properties of gold with other metals. They support developments in electronics, material science and other technical fields.

Quality Assurance: Each alloy undergoes strict quality control. This process confirms that the composition, performance and reliability meet defined standards.

Technical Expertise: Experts from Stanford Advanced Materials and other institutions provide technical support in alloy selection, design and application.

Versatility and Performance: Our gold alloys are used in several sectors. Their application improves product specifications and fulfills engineering requirements.

Global Reach: Our alloys are supplied to clients worldwide. They are distributed via an extensive network that ensures timely delivery and reliable customer support.

Gold Alloy Applications:

Electronics and Semiconductors: Gold-Platinum-Palladium Powder and eutectic gold-germanium alloy lump are employed in electronic circuitry, semiconductor packaging and thermal management.

High-Performance Materials: Gold‐Plated Copper Foil is used in applications that require copper’s electrical conductivity and the benefits of a gold coating.