The 1mm thick acrylic is much lighter than typical frames, reducing the energy needed for transportation. Lightweight products can transport more at once with less fuel consumption, reducing carbon emissions during transportation.
Reinforced acrylic boasts high durability, allowing for long-term use. Compared to other materials that need frequent replacement, it generates less waste. Its excellent durability allows for multiple reuses without damage, minimizing environmental impact over the product's lifecycle.
Reinforced acrylic can be produced at lower temperatures compared to other materials, saving energy in the production process. By minimizing material use with 1mm thickness, it reduces raw material consumption and increases energy efficiency in production.
Acrylic is a recyclable material, and after use, it can be reborn as new products through recycling, contributing to waste reduction and resource conservation.
Thanks to its thin thickness and high durability, it can minimize resource consumption while maintaining excellent product performance. Choosing eco-friendly inks and other materials in the printing process can reduce the overall carbon footprint of the product.
Carbon reduction not only protects the environment but also has positive impacts on human health and hygiene. Reduced air pollution lowers the incidence of respiratory diseases and allergies, and a clean environment improves overall quality of life.
Increased resource efficiency through energy savings and recycling leads to cost reductions. Additionally, the growing demand for eco-friendly products creates new market opportunities.
Sustainable development strengthens social stability. By addressing conflicts and resource shortages caused by environmental issues, it helps build a more peaceful and stable society.
When using 100 glass frames, significant amounts of carbon are emitted during the production, processing, and transportation of glass. However, using 1mm reinforced transparent acrylic photo frames reduces transportation energy due to its lightweight, and its durability allows for long-term use, reducing the replacement cycle and decreasing carbon emissions.
Using metal frame frames results in high thermal conductivity, making it difficult to maintain indoor temperatures, and the weight of the metal requires more fuel for transportation. The 1mm reinforced transparent acrylic photo frame helps maintain indoor temperatures due to its low thermal conductivity, saving heating and cooling energy. Additionally, its lightweight reduces transportation energy.
Our 1mm reinforced transparent acrylic photo frames bring innovation to interior design. Lightweight design reduces carbon emissions during transportation, and excellent durability allows for long-term use. Additionally, the recyclability of acrylic reduces waste, creating a sustainable environment. Complete your eco-friendly interior with our products!
When used as billboards and other signs (menus, etc.), the effects of 1mm reinforced transparent acrylic photo frames can be explained as follows:
Reinforced transparent acrylic is lightweight, durable, and easy to recycle due to its low processing temperature. Its transparency provides a luxurious appearance, making it easy to apply various designs.
Acrylic can be shaped at relatively low temperatures, and cutting and polishing can be done energy-efficiently. It is easy to recycle and minimizes environmental impact when disposed of.
Existing billboard materials such as PVC, wood, metal, and glass are heavy, requiring more fuel for transportation and increasing carbon emissions. Acrylic is a lightweight material, reducing carbon emissions by using less fuel for the same amount of transport.
Our 1mm reinforced transparent acrylic photo frames provide an innovative solution for billboards and signs (menus, etc.). The lightweight and durability of acrylic reduce carbon emissions during transportation and save energy during production. Additionally, its recyclability minimizes environmental impact during waste disposal. If you want eco-friendly and sustainable billboard and sign production, our products are the best choice!
Gallerbox Cafe contributes to environmental protection through its carbon reduction food business. To minimize carbon emissions in kitchen zones, we optimize menu strategies and use energy-efficient cooking equipment.
Acrylic cups are economically efficient compared to paper cups. Acrylic cups can be reused multiple times, saving costs in the long run and being easy to recycle, reducing waste disposal costs. For example, using 100 paper cups per day requires about 3,000 paper cups per month, leading to increased costs and waste. In contrast, acrylic cups can be reused over the same period, making them more economical in the long run, excluding initial investment costs.
Gallerbox Cafe develops menus using low-carbon ingredients, minimizing carbon emissions during cooking. By using locally produced ingredients, transportation-related carbon emissions can also be reduced.
To obtain carbon reduction certification, it is essential to accurately measure and analyze carbon emissions during product production, use, and disposal. Collaborate with internal research teams to collect data and work with external professional organizations for verification.
Invest in developing technologies to minimize carbon emissions, continuously improve production processes, and explore ways to use renewable energy. Through this, obtain carbon reduction certification and achieve sustainable development.
Gallerbox can generate various benefits as a carbon reduction brand. Strengthen brand image through eco-friendly certification and increase customer trust. Additionally, meet the demand of consumers and businesses seeking sustainable products, expanding market share.
Gallerbox offers various ways for consumers and businesses to participate in carbon reduction activities. Participants can receive rewards through the following methods:
To effectively operate the carbon reduction token mining and reward program, the following technical implementation methods are prepared: