TrueEco Tech

No compromise between
eco friendliness & coating performance

Industry's Problem:

  1. The existing surface treatment and coating have no binding force with the substrate
  2. The existing surface treatment and coating have poor weather resistance, resulting in serious corrosion of the substrate and affecting the service lifetime
  3. The existing metal surface treatment requires a lot of chemicals and water, causing serious pollutions
  4. The existing coatings all use organic resins, and most of them use hazardous organic solvents, resulting in more environmental problems
  • Anodic treatment and coating will produce a lot of waste chemicals and wastewater
  • Nanoceramic coating provides a simpler, faster and environmentally friendly process


Founded in 2016 and located in Kaohsiung, Taiwan, TureEco Technology provides advanced, environmentally friendly and economical nano coating services with its world leading core technology: nano ceramic resin technology.

No pre-treatment (hexavalent, trivalent chromate or phosphoric conversion ) is required, so there is no heavy metal pollution; no high temperature curing is required (low even room temperature needed only) , it significantly reduces power consumption to reach cost and carbon reduction.

Nonetheless, there is no compromise in performance: the TrueEco technology products provide higher rust prevention, scratch prevention and waterproof effects.

Nano coating materials can be effectively recycled in a simple and environmentally friendly way. If they are decomposed in nature, it is literately “dust to dust” , which reflects our company’s mission: TrueEco Coating.

No Particle Contamination

TrueEco Technology uses molecular engineering to make precise combination of oxide ceramics and organic polymers in nano scale, thereby combining the excellent performance of ceramics and the ductility and toughness of resin. This nano molecule has extremely strong chemical activity, and can form direct chemical bonds with various metals, glasses, ceramics, plastics, composites, etc.

The traditional metal surface treatment must produce high porosity, so that the coating can have a good adhesion. For example, most of the aluminum materials used for semiconductor parts or equipment in the clean-room are anodized, which will easily cause particle contamination in such environment.

Nano ceramic coating does not need pores and pre-treatment, and can directly produce strong adhesion by chemical bonding, reducing the contamination caused by anodizing. In addition, it does not affect heat dissipation with its ultra thin film thickness (5-8 μ m).

Porosity on aluminum surface treatment: left; Anodizing, right: nano ceramic coating