Innovative Tech List
  Ultrafine Powder Coatings Technology
  Metallic Powder Coatings Technology (MetafineTM)
  Super Hard Powder Coatings Technology
  PVDF Fluoropolymer Powder Coatings Technology
  Dry Powder Tinting Technology
  PVDF Fluoropolymer Stone Imitate Spray Coatings Technology


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List of Fineshine Technologies  
 
  Ultrafine Powder Coatings Technology
        Ultrafine Powder coating technology is a unique patented technology of Fineshine. This is the first case in the world where the conventional powder coating has been successfully reduced down from 30-50 microns in size to about 15 microns, achieving liquid coating like smoothness.

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  Metallic Powder Coatings Technology

         Traditional metal powder coatings use dry mixing, inorganic capsules, and Bonding technologies, resulting in rough surfaces, severe colour mismatches, poor corrosion resistance, and damaged leftover powder, while forming a coating that lacks both the high luster and the degree of flash required for that metallic quality. Fineshine's adoption of the organic nano-material technology creates a metal coating that is meritable for being both stable and resin compatible, eliminating all the inadequacies of traditional metal powder coatings.

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  Super Hard Coatings Technology
         By adding small amounts of Fineshine manufactured nano-materials into either liquid coatings or powder coatings, a membrane of organic and inorganic nano-structures will form on the surface of the coating layer after high temperature curing. When under pressure, this layer of nano-film provides excellent lubrication, giving the coating a very high hardness. It also enhances the surface coating's scratch-resistant capabilities and its friction-resistant properties. We look forward to applying this technology to more products in need of this desired trait.

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  PVDF Fluoropolymer Powder Technology
        Fluorofine contains 70% PVDF resin, inorganic ceramic pigments, and additives of the same type. In preparation, the powder coatings undergoes the same special manufacturing process as normal powder, with its coating having the exact same composition, exceptional weathering resistance, corrosion resistance, and excellent mechanical properties. Flourofine can ensure that your beautified buildings retain their initial look long after the powder coating is applied. Our Fluorofine coating product meets and exceeds the AAMA 2605(98) standards set by the American Institute of Architects required of high-class metallic structures so by choosing Fluorofine, you can expect the best.

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  Dry Powder Tinting Technology
Under Construction
  Grime-Resistant Self-Cleaning Nanotechnology
        The nano-structured grime-resistant self-cleaning fluoropolymer coating is a PVDF fluoropolymer coating that is internationally recognized as the best coating for metal structures, having performed well in over decades of weathering tests. This kind of coating is an essential pick for any customer demanding a high-quality metal coating. In recent years, the breakthroughs in nano-technology have brought this once only suggestive idea into fruition. After many years of hard work, Fineshine's scientists in Canada have successfully developed a type of coatings that is employs anti-dirty technology, and is now available for commercial use.

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  Inorganic Ceramic Coating Technology
        Ceramics have high-hardness, anti-corrosive, and high acid and alkali-resistant properties. The traditional preparation method for a ceramic requires sintering at over thousand degree Celsius temperatures. The latest in nanotechnology preparation methods has created a way for a ceramic coating to be prepared onto aluminum and metals, giving the surface a ceramic quality. The preparation method for the coating can still use conventional techniques. After the ceramic has gone through a low temperature curing of about a hundred degrees Celsius, we obtain a very thin ceramic coating that has high-hardness, has strong anti-corrosive properties, great adhesion, and is resistant to high temperatures. This new ceramic coating can be used on subway trains, automobiles, the external walls of metal buildings, stickless cookware, electric irons, and other such appliances with its obvious advantages that other kinds of coatings can't be likened to.

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  PVDF Fluoropolymer Stone Imitate Spray Coatings Technology
        With over 10 years of accredited weathering resistant properties the PVDF fluoropolymer coating is recognized as the best for metal construction, and the finest of the high-grade metal coating. Fineshine's colour working engineers have also introduced a new series of stone imitate fluoropolymer coatings. The stone imitate aluminum veneer is best put to effect on higher-level walls, looking identical to that of the real stone at lower decks. The fluoropolymer stone imitate spray coating technology was created to help reduce costs as well as give structural architects more choices in their design of a building. Not only will the coating have the exact same look as the lower decks, it also has the advantageous qualities of a fluoropolymer coating.

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