Aim High, Aim Wide
The topic of sustainability is becoming increasingly important in today's society. A circular supply chain aims to minimize waste and maximize resource utilization by keeping materials and products in use repeatedly. However, it is hard to loop in the organic plastics, which takes up to 500 years to decompose. At TrueECO, resolving such problem is the team's goal and destination.
Image Source: SAP
Since Dr. Jay CJ Chiu, the Founder, graduated from UCLA's Material Science and Engineering Dept. in the 90's, he has been developing environmentally friendly nano ceramic coating appllication to help clients to improve product finishing. During his 30-year working experience at several institutes, he keeps bringing new nano coating to serve clients from various industries.
Worked with Boeing, a new chromate free adhesion, AC-130, a.k.a. BoeGel, was developed in early 2000's and used by this aircraft giant ever since; helped them land on the friendly earth by reducing hazardous materials and waste during aircraft production.
For Vehicles, Small or Big; or Just Stationed
While developing a new technology attempting to reduce the nano ceramic raw material cost, the team came across a welcome surpise - "hydrogen" is thus generated as a byproduct, in an energy and cost efficient way while the process remains eco-friendly. As opposed to conventional method, TrueECO technology enables production & transpotation of a safe, economical True Green Hydrogen!
With our Green Hydrogen Generator (GHG) turnkey solution, recycled aluminum is used to react with biochemicals to form nano aluminum oxide solution and produce hydrogen in volume. The hydrogen spontaneously converts to electricity or momentum by fuel cells, power generators or combustion engines. Aside from the improved safety, users can avoid high investment of hydrogen refilling stations and transportation.
The nano aluminum oxides can then be converted into nano ceramic resins for painting, coating and bio plastics. These materials provide superior rust and abrasion resistance performances than those of petrochemical polymers, with compatible pricing.
The advanced method is different from the conventional hydrogen generation which has too many obsticles to penetrate the mosrkt. (Details)
These nano ceramic polymers can be collected after usage. It can then use curtailment green energy to produce fresh aluminum metal. That will form a perfect circular system with much less waste. (Details)
Sustainable power supply is crucial for many companies, but can't be more true than for those in semiconductor manufacturing industry. For instance, it is always running at high risk for fabs in Taiwan, especially in summer when most air condtioners in the region are up too. At TrueECO, we envision each hab has it own green power plant, as one of the several power sources, to ensure 100% uptime of tools!
Image Source: TSMC (photo) & TrendForce (Chart)
For Fastener, Metal and Beyond
TureEco Technology provides environmentally friendly nano coating solution with its proprietary 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: TrueEco Technology’s products provide higher rust / scratch resistant and water repellent effects.
(Details)
This zinc-rich nano paint that cures rapidly at room temperature through a hardener-triggered polymerization reaction.
>200 hrs CASS (SGS Certified)
>2,000 hrs Red Rust
>30 Kesternich Cycles
