Adhesive reduced the carbon emissions ─ PU hot melt adhesive involved rPET composition_Products News_News | 2-Part Acrylic Adhesive, Structural Acrylics, UV Resin, Cyanoacrylate manufacturer│TEX YEAR Since 1976

The clock is ticking. Starting in 2026, Taiwan will implement a carbon fee targeting major manufacturing, power, and gas supply industries. This move, designed to align with global sustainability targets, puts a price on carbon emissions and presents a critical question for manufacturers: Are you prepared for the financial and supply chain impacts? For companies in the polyurethane (PU) sector, the pressure is especially intense as global brands demand concrete carbon emission reduction plans. The solution lies not in a complete overhaul, but in a smart, sustainable material choice.

The Carbon Challenge in the Polyurethane Industry

Polyurethane is everywhere. From the comfort of our mattresses and car seats to the durability of footwear and insulation panels, PU foam products are a cornerstone of modern manufacturing. This high volume, however, comes with a significant carbon footprint.

As international brands push for greener supply chains, they are scrutinizing every component. Suppliers who cannot demonstrate a commitment to sustainability risk being left behind. The data speaks for itself: according to the Industrial Technology Research Institute, traditionally produced PET generates a carbon footprint of 2.35 kg CO2​e/kg. In a market where every gram of CO₂ counts, finding an alternative is no longer optional—it's essential for survival.

The Game-Changer: rPET Enters the PU Lifecycle

What if you could lower your carbon footprint by using a material that is readily available and supports a circular economy? Enter recycled PET, or rPET.

The science is compelling. Through an advanced process of chemical depolymerization and repolymerization, post-consumer PET plastics are transformed. This method reduces the carbon footprint of the resulting material to just 1.7 kg CO2​e/kg—a significant reduction.

But how does this apply to polyurethane? The answer is rPET polyester polyols. Unlike simple mechanical recycling, this chemical recycling process creates high-purity polyols that are a fundamental building block for polyurethane. By partially replacing traditional, petrochemical-based polyols with rPET polyols, manufacturers can seamlessly integrate a low-carbon, recycled material into their products without compromising performance.

Green Platform Strategy®: Your Partner for Sustainable Innovation

At Tex Year Group, our vision is to be a world-class leader in environmentally friendly, safe, and healthy materials. Our Green Platform Strategy® (GPS) is the engine driving this vision forward, turning sustainability challenges into market opportunities for our partners.

We are proud to introduce HS4A30, a revolutionary one-component polyurethane hot-melt adhesive specifically designed for the demanding textile industry. This product is a direct result of our GPS initiative, providing a tangible solution to the carbon reduction imperative.

The Benefits of HS4A30 Polyurethane Hot-Melt Adhesive

HS4A30 is more than just an adhesive; it's a competitive advantage. It empowers you to meet sustainability goals while enhancing your production process.

• Meets Green Supply Chain Demands: Formulated with 15% rPET polyester polyol, HS4A30 immediately lowers the carbon footprint of your products, making them more attractive to eco-conscious brands.

• Simplifies Your Production: The one-component, easy-to-use formula eliminates the need for complex A/B mixing, reducing the risk of operator error and boosting production efficiency.

• Ensures a Safer Product: As a 100% solvent-free adhesive, HS4A30 eliminates concerns about volatile organic compounds (VOCs). This protects the health of your workers and ensures your final products are safe for consumers.

• Delivers Versatile Performance: HS4A30 provides excellent bonding for a wide range of applications, especially for laminating fabrics with technical films like TPU, making it ideal for performance apparel, footwear, and industrial textiles.

Turn a Challenge into Your Competitive Edge

The 2026 carbon fee is not a barrier; it's a catalyst for innovation. By embracing sustainable materials like rPET, your business can not only comply with new regulations but also gain a powerful advantage in the global market.

Tex Year's HS4A30 polyurethane hot-melt adhesive is your ready-made solution to step confidently into the future of manufacturing.

Ready to future-proof your products? Contact Tex Year today to learn more about HS4A30 and our Green Platform Strategy®.

More Information：【資源循環減碳解決方案】廢塑膠煉金術－PET化學解聚技術開發-低碳製造-淨零技術-淨零排放-工業技術研究院