The purity of our core products can reach 99.999% (5N grade), which fully meets the precision requirements of high-end manufacturing scenarios such as 5G chips and photovoltaic films.
The heat-stable polyimide raw material developed for special working conditions can be used for a long time at a high temperature of 260°C, and the tensile strength retention rate exceeds 80%.
Our low shrinkage epoxy resin is specially designed for power lithium battery packaging, with high insulation and thermal shock resistance
We provide customized formulation debugging services. For example, we optimized the dispersant raw materials for a coating customer. By adjusting the HLB value from 12.5 to 14.2, its compatibility with the customer's existing resin system was improved by 40% and the drying time was shortened by 30%.
Biobased plastics derived from renewable plant sources.Circular economy raw materials with 90% recycling rate.Low-carbon footprint chemicals reducing carbon emissions by 60%.Reliable supply chain with 99.9% on-time delivery
Classified storage: flammable liquids must be stored in explosion-proof cabinets
We use molecular dynamics simulation + machine learning algorithms to drive R&D. For example, in the optimization of lithium battery electrolyte formula, we use AI models to screen 2000+ candidate compounds.
The delivery cycle for regular orders is 7-15 days, and strategic customers enjoy the "double warehouse reserve" service,We complete delivery within 48 hours through cross-regional allocation + overtime production
Taking bio-based polyamide as an example, its life cycle carbon footprint is 65% lower than that of petroleum-based products. The raw materials are derived from corn starch fermentation, and emissions are reduced by 8.2kg.