The Shift Toward Eco-Friendly Badge Holders: Materials, Regulations, and Solutions #
In recent years, environmental concerns have driven significant changes in the production and regulation of plastic products. Studies from the 2010s revealed that oxo-degradable plastics, once considered a solution to plastic waste, remain visible in the environment for 2–5 years, are unsuitable for composting, and can negatively impact compost quality. Responding to these findings, the European Union implemented a ban on oxo-degradable plastic products under the Single-Use Plastics Directive (EU 2019/904) as of July 3, 2021, aiming to reduce plastic pollution, especially in marine environments. On January 31, 2024, the EU Court upheld this ban, rejecting efforts to continue the use of oxo-degradable plastics. Similar restrictions have been adopted in France, Spain, the United States, and Thailand.
An Ching Industry’s Approach: Bio-Based Badge Holders #
Your ID Partner – An Ching Industry has responded to these regulatory and environmental challenges by developing the AC918-BIO badge card holder, utilizing BioLogiQ sustainable materials. The PP BioBlend used in this product reduces carbon emissions to 1.22 kg CO₂e/kg, which is 37% lower than traditional polypropylene (PP). This innovation helps decrease both plastic waste and greenhouse gas emissions. The AC918-BIO badge holder is now in mass production, and the company plans to further expand the use of TPS (Thermoplastic Starch) and recycled plastics in its badge holders and badge clips, replacing conventional plastics.
Understanding TPS: Thermoplastic Starch #
TPS is a biodegradable material derived from renewable crops such as corn and potatoes. It offers a lower carbon footprint compared to petroleum-based plastics. TPS is:
- Biodegradable – It fully decomposes within months, reducing emissions from plastic waste.
- Renewable – Made from plant starch, TPS emits 30–80% less carbon than traditional plastics.
- Versatile – It can be blended with PLA, PBAT, and molded for various applications.
Comparing Biodegradable Materials #
| Material | Production Method | Applications | Cost |
|---|---|---|---|
| PVA (Polyvinyl alcohol) | Water-soluble, decomposes only at 50°C+ with microbial activity | Textile sizing, paper coatings, films, adhesives | Most expensive |
| PLA (Poly Lactic Acid) | Plant-based starch, decomposes only in industrial composting at 55–70°C | High transparency, single-use packaging (cups, straws) | Second most expensive |
| TPS | Thermoplastic corn starch, adjustable blend ratios | Short-term, eco-friendly alternatives (packaging, agri-films, 3D printing, medical) | Moderate |
| Recycle Plastic | Processed from collected & remelted plastics, quality varies | Non-food plastic (bottles, bags, household items) | Cheapest, less stable |
| Recycle + TPS | Used in ID-related products by An Ching Industry | Badge Holder #AC918-BIO, expanding to badge clips | Most cost-effective |
Product Highlights #
Bio-based Plastic Badge Holder
Suspender Metal Badge Clip W/ Recycled StrapFurther Reading #
An Ching Industry continues to innovate in the field of sustainable ID accessories, focusing on reducing environmental impact through material selection and product design.