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Main Industry
Manufacturing
Main Product/Service
New High-Performance Conductive Polymer Material Formulations and Their Application Technologies
The content above was translated by Ai
Founded Year
2016
Unified Business No.
24811417
Status
Active
Number of Employees
0
Total Paid-in Capital
- (NT$)
Website
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.
About the Company
POLY-MAGIC MATERIALS CORPORATION. TAIWAN BRANCH (SAMOA) was established in August 2016, and is primarily engaged in the production and sales of innovative conductive polymer material formulations for solid-state capacitors. Solid-state capacitors manufactured using this innovative material formulation possess the following advantages over existing commercially available solid-state capacitors: the capacitance is far higher than that of general solid-state capacitors (the theoretical capacitance extraction rate can reach 95-100%); the size is much smaller than that of capacitors with the same capacitance, offering the advantage of premium pricing; ultra-high film-forming properties combined with ultra-high interfacial adhesion make the overall mechanical strength far superior to products of other technologies; shock-resistant, impact-resistant, and suitable for automotive and audio applications, making it the only pure solid-state capacitor product that can be used in automotive applications; it has the best thermal stability (200-240°C); it can be made into a new generation of ultra-high temperature products (e.g., >150°C); it has the best low-temperature characteristics (at -55°C: low-temperature capacitance decay is only 4%, and low-temperature impedance increase is only +12%); it allows electronic products to operate normally in ultra-low temperature (polar) environments; and it features an ultra-long lifespan (at 105°C, >80,000 hours vs. approximately 1,000-2,000 hours for commercially available products).


The content above was translated by Ai
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