Summary
Highlights
Tiana introduces her project on recycled acrylic mirror manufacturing. This project aims to create mirrors from industrial and post-consumer acrylic waste that perform identically to conventional acrylic mirrors, which are lightweight, shatter-resistant, and durable. The target customers include gyms, schools, retailers, and industrial users seeking environmentally responsible products.
The project addresses critical environmental issues by utilizing waste acrylic as the primary raw material, a departure from the costly and environmentally damaging virgin acrylic. Recycling acrylic reduces landfill waste, lowers carbon emissions, and improves Australia's plastic recovery rate. This is particularly important because acrylic is non-biodegradable and takes over 200 years to decompose, making the use of recycled feedstock a direct solution to these environmental challenges.
The production system is designed for scalability, starting with pyrolysis to break down waste acrylic into its base monomer. This is followed by dissolution and reprecipitation to remove impurities and restore the material's properties, making it indistinguishable from virgin acrylic. The purified material is then cast into sheets, coated with aluminum in a vacuum metallization chamber, and finally sealed with a protective coating. A pilot run of 10,000 mirrors will confirm feasibility and allow for quality testing before full-scale production.
The innovation lies in being the first recycled acrylic mirror in the Australian market, as only recycled glass mirrors currently exist. From a business perspective, this product reduces reliance on expensive virgin acrylic, lowers production costs, and positions the company as a leader in sustainable manufacturing. It supports the broader circular economy, offering both environmental and strong commercial benefits, and provides a scalable system for manufacturing high-quality recycled acrylic mirrors.