The Green Solution of Light Weight Functional Material, Manufactured by Recycled Waste Glass and Its Application
The green material, Expanded Glass Granule, is produced by locally sourced recycled glass silicone. This lightweight, porous material offers thermal insulation, heat preservation, fire resistance, sound insulation and lightweight properties. The core value of Expanded Glass Granule is to offer the industry new solution for recycling glass silicon resource. It not only facilitates the reuse of waste but also introduces an innovative, environmental friendly material which align with energy-saving and carbon reduction strategies. This approach enhances the value of wasted resources, while also driving the local technological innovation. Achieving the ultimate goal of supporting the sustainable development of environment and resource management practices.
In 2009, Ruentex Cement Co., Ltd. fired up its kiln at the Dongshan Plant in Yilan, officially launching its cement production business under the brand name "Ruentex Cement." In 2012, the company acquired the precision building materials division of Run Hong and expanded into the ready-mix concrete business (Tai Gu Metai). By 2014, the company further expanded its business scope, adding interior design and construction services (Run De Interior Design and Engineering) in addition to its existing operations (Ruentex Cement, Tai Gu Metai). To reflect its diversified operations, the company was renamed Ruentex Precision Materials Co., Ltd. In 2015, the company's stock was publicly listed under the ticker number 8463, and to provide consumers with more high-quality and innovative products, the company established an innovation R&D center.
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Address：10F., No. 308, Sec. 2, Bade Rd., Zhongshan Dist., Taipei City 10491 , Taiwan (R.O.C.)
Sustainable development of CO2: CO2 chemically converted to magnetic carbon nanofibers and their environment and biomedical applications
The technology of Mechanical recycling for polyester textile and certication
The development of bioconcrete with photocatalytic, hydrophobic, antiviral and antibacterial functions using microbial induced precipitation
The system integration of energy-saving green adsorption key components and treatment facility for volatile organic compounds
Technology maturity：Others
Exhibiting purpose：Display of scientific results
Trading preferences：Negotiate by self
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