Technology Evolution Timeline: From Polymer Innovation to Sustainable Solutions
Established the materials innovation research group, focusing on eco-friendly polymer additives. Built core R&D team and planned research directions including biodegradable materials and engineering plastics modification.
Completed market research and technical feasibility analysis, establishing product roadmap with chain extenders and nucleating agents as core technologies.
Recruited experts in polymer synthesis and established a modern laboratory with advanced analytical equipment.
Developed the first pilot production line for polymer synthesis, focusing on molecular design and process optimization of eco-friendly additives.
Achieved industrial-scale production of BT-CE series chain extenders with annual capacity of 500 tons. Products applied in recycled plastics and engineering plastics modification.
Key breakthrough: Molecular weight distribution control technology improved melt index stability by 40%, achieving 95% intrinsic viscosity recovery for rPET.
Launched BT-NA30 series nucleating agents, significantly improving PLA crystallization rate and heat resistance. Increased PLA product HDT by 25°C.
Breakthrough in food packaging sector with clients including leading biodegradable packaging companies. Products certified to ISO 22000 standards.
Successfully developed polycarbodiimide hydrolysis stabilizer BT-HS20 series, solving degradation issues for PLA/PBAT in humid environments.
Chain extenders, nucleating agents and hydrolysis stabilizers obtained FDA and EU 10/2011 certifications, entering global markets.
Developed BT-FM10 melt enhancer for PLA foaming, increasing cell density by 100x with ±5% uniformity.
Introduced BT-RV15 viscosity enhancer for rPET, solving processing flow issues with over 90% intrinsic viscosity recovery.
Developed next-gen 3D printing additives addressing stringing and warping issues, improving print speed by 30%.
Created multifunctional compound additives providing toughness, strength and anti-aging properties for industrial-grade 3D printing.
Building on our technology platform, Baitong will continue advancing in polymer additives with focus on:
Bio-based High-performance Materials
Developing second-generation bio-based nucleating agents and chain extenders to enhance processing and applications of PHA, PBS and other biopolymers.
Carbon Neutral Solutions
Creating low-carbon additive products to help customers reduce carbon footprint and achieve lifecycle carbon neutrality.
AI-driven Additive Design
Establishing AI-powered molecular design platform for performance prediction and formulation optimization, reducing development cycles by 50%.
"Driving material revolution through molecular innovation, making sustainable future accessible"
Nanjing Baitong New Material Co., Ltd
Innovative Chemistry · Driving the Future