Precious Metals

Precious metals comprise rare metals and metal alloys with special characteristics that are not found in ordinary metal alloys. Every precious metal is known to showcase its best qualities in contributing to the final product with extended properties.

Well established alloy manufacturers formulate high-quality metals using dynamic in-house melting processes that have been well-crafted using cost-reductive technologies. This ensures the best metal alloys at the optimum cost for the client. The high demand of precision metals today pushes manufacturers to be extra cautious in their production.

This would lead to an awesome finished product if product integrity is upheld throughout the process.

Noble Metals

Another category of metals is the noble metals where special qualities emerge to form powerful alloys. Gold, silver, platinum, palladium and iridium are well known precious metals in the market with their individual special elements.

There must be specification testing executed to determine the metal shape, strength, conductivity, melting point, malleability, ductability and corrosion resistance properties. These properties differ depending on the alloy composition. The alloy or metal should be evaluated for its reclamation value to identify its apt application.

Precious metals also share various similar characteristics; gold and silver are high in reliability although gold is less lubricate than silver but excel in corrosion resistance over silver. On the other hand, silver is more dynamic in soldering than gold with a higher conductivity.
Palladium is commonly applied as an alternative to gold whereas platinum is high on anti-corrosion. The different mixes of metals open wide many possibilities in the market on industrial applications.

Industrial Applications

Precious metals and their alloys are highly applied across industries. Specialized alloy manufacturers work diligently on precious metals evaporation and sputtering for various industries that include the aerospace, automotive, medical, electronics, chemical and ceramics.

Stringent testing for purity and functionality is critical to ensure the high integrity of the final products with innovative testing to reduce costs.

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