Excellent workmanship: In pursuit of the “thinnest” critical pointWaffer Technology has successfully developed the fluidity craftsmanship on magnesium alloy in the die-casting process, and has also achieved a stage of economic scale for mass production, which not only helps to improve the acceptable ratio but more significantly is able to achieve a mere 0.6mm of the “thinnest” critical point.
Diversified development: aiming to satisfy varied specification needs
Magnesium alloy can easily oxidize and corrode, and in general it relies on surface treatment, such as lacquer coating, to strengthen its oxidation resistance. Though a coating appearance does help to achieve an anti-oxidation effect, it is unable to showcase magnesium alloy’s lustrous sheen. Under the requisite of a reduced surface treatment, improving magnesium alloy’s corrosion resistance is able to truthfully showcase magnesium alloy’s metallic luster and sheen to satisfy the increasing emphasis on appearance sought by various industries, and also helps to contribute to the enterprise’s environmental stewardship.
In the application of various types of aluminum alloys, Waffer Technology primarily focuses on function-led development; for instance, customers that require operating a host of equipment in severe weather conditions tend to require a higher specification of quality demands, which is also one of the directions that Waffer Technology is actively developing.
Stringent safeguarding the source of materials