Hawing GemS technology CO., LTD.
Update：2026/11/10
Industries
Main Industry
Manufacturing
Main Product/Service
Hawing GemS technology CO., LTD. is primarily engaged in the development of precision silicon film technology applied to various metal surface treatments. The company pioneered a patented nano-metal surface thin film technology, featuring a film thickness far lower than other commercialized technologies, and corrosion resistance superior to traditional conventional hexavalent chromium Cr(VI) and anodic aluminum oxide (AAO).
Applications include:
(1) Improving the corrosion resistance of metals;
(2) Insulating and anti-static films for metal surfaces;
(3) Insulating and highly thermally conductive films for metal surfaces.
Applications include:
(1) Improving the corrosion resistance of metals;
(2) Insulating and anti-static films for metal surfaces;
(3) Insulating and highly thermally conductive films for metal surfaces.
The content above was translated by Ai
Founded Year
2015
Unified Business No.
42678101
Status
Active
Number of Employees
3
Total Paid-in
Capital
14,265,000 (NT$)
Location of Company
Taiwan
, Kaohsiung City
Company names, registration status, legal representatives, founding years, paid-in capital, registered addresses, and other details are sourced from business registration records maintained by Taiwan’s Administration of Commerce, Ministry of Economic Affairs. Exit status includes Emerging Stock Board listings, M&A, and IPOs. Information on overseas expansion is self-reported by startups.
Note 1: FINDIT compiles company information from public and other sources for reference and does not serve as a point of contact for the companies listed.
Note 2: Some company profiles and product/service descriptions are translated using AI and provided for reference only. In case of discrepancies or ambiguity, the original text prevails.
Exclusive content for members
Members-only content. Please log in to access.
About the Company
Hawing GemS technology CO., LTD. specializes in non-chrome surface treatment technologies for various metal substrates, including aluminum, magnesium, titanium light alloys, iron alloys, and copper alloys. The company licenses various advanced metal film-forming technologies and also accepts contract manufacturing for metal thin films of various special specifications.
Through technical cooperation with the National University of Kaohsiung, the company has innovatively developed the patented "GemS Film" film-forming technology to prepare crystalline silicon dioxide films. This technology can be widely applied to film formation on various metal surfaces, providing functions such as corrosion resistance, high thermal conductivity, high thermal resistance, and high insulation for various metals. Among the various published non-chrome anti-corrosion thin film technologies, "GemS Film" is currently the only nano-anti-corrosion technology in the world that can exceed 1,000 hours in salt spray testing. Compared with conventional surface treatment technologies currently in use, the new-generation "GemS Film" process is more environmentally friendly. The prepared nano-film is ultra-thin and possesses mechanical strength. Industrial test results have confirmed that the thickness of the "GemS Film" is only a few micrometers, yet its corrosion resistance is superior to that of 50-micrometer thick films produced by conventional technologies (such as Cr(VI), anodizing, etc.).
In addition, "GemS Film" has a surface impedance of 10^9 to 10^12 ohms. When applied to materials such as aluminum and copper, it can withstand salt spray testing for over 500 to 1,500 hours and tolerate temperatures up to 500°C or higher. At the same time, "GemS Film" exhibits characteristics such as transparency and hydrophobicity, providing an aesthetic effect.
Through technical cooperation with the National University of Kaohsiung, the company has innovatively developed the patented "GemS Film" film-forming technology to prepare crystalline silicon dioxide films. This technology can be widely applied to film formation on various metal surfaces, providing functions such as corrosion resistance, high thermal conductivity, high thermal resistance, and high insulation for various metals. Among the various published non-chrome anti-corrosion thin film technologies, "GemS Film" is currently the only nano-anti-corrosion technology in the world that can exceed 1,000 hours in salt spray testing. Compared with conventional surface treatment technologies currently in use, the new-generation "GemS Film" process is more environmentally friendly. The prepared nano-film is ultra-thin and possesses mechanical strength. Industrial test results have confirmed that the thickness of the "GemS Film" is only a few micrometers, yet its corrosion resistance is superior to that of 50-micrometer thick films produced by conventional technologies (such as Cr(VI), anodizing, etc.).
In addition, "GemS Film" has a surface impedance of 10^9 to 10^12 ohms. When applied to materials such as aluminum and copper, it can withstand salt spray testing for over 500 to 1,500 hours and tolerate temperatures up to 500°C or higher. At the same time, "GemS Film" exhibits characteristics such as transparency and hydrophobicity, providing an aesthetic effect.
The content above was translated by Ai
