Under global sustainability requirements, manufacturers face a key challenge:
How to reduce carbon emissions while maintaining engineering-grade material performance?
BAITONG provides a complete rPET-based modification solution that delivers both sustainability and high performance.
1. Challenges of Recycled PET (rPET)
• High thermal sensitivity and IV loss due to multiple heat histories;
• Reduced melt strength and poorer fiber/filler dispersion;
• Large variations in toughness and mechanical properties;
• Higher hydrolysis risk and weaker long-term durability;
• Color instability, yellowing and black specks.
2. BAITONG rPET Additive System – Four synergistic components
1) Chain Extender BTCE‑9013
• Repairs chain scission and stabilizes IV;
• Even at 30–40% GF/mineral loading, overall property retention can exceed 85%;
• Improves melt strength and fiber wet‑out.
2) Nucleating Agent
• Compensates for weak crystallization ability in rPET;
• HDT can reach 190–210°C;
• Suitable for automotive and electrical components.
3) Toughening Agent
• Boosts impact strength by 200–300%;
• Reduces brittleness and stabilizes mechanical performance.
4) Anti‑Hydrolysis Agent
• Provides long‑term protection under hot and humid conditions;
• Critical for automotive, outdoor and transport applications.
3. Value Proposition
• Environmental: carbon footprint reduced by 40–60% vs virgin materials;
• Cost: 15–25% lower than virgin‑based modification;
• Performance: mechanical and thermal properties reach engineering‑plastic levels;
• Brand: enables ESG, circular economy and low‑carbon commitments.
4. Applications
• Automotive interior / structural parts
• Electrical & electronics housings
• Home appliance components
• Office equipment structural materials
BAITONG rPET modification solutions are certified by third‑party institutions and widely adopted by global brands,
making “green” the new definition of high‑performance materials.