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Taixing continues to enhance its long-term development capabilities by strengthening internal learning, promoting practical management improvements, advancing technological innovation, and improving employee well-being.

To ensure workplace safety and protect employee health during high-temperature periods, Taixing New Materials Co., Ltd. recently launched a series of summer cooling initiatives. Through practical measures, the company provided frontline employees and local safety teams with heat protection support, demonstrating its commitment to responsible manufacturing and employee well-being.

Since the beginning of the year, Taixing has been continuously implementing a company-wide initiative focused on cost optimization, operational efficiency improvement, and sustainable business development. By integrating cost management into every stage of production, procurement, and market operations, the company is maximizing resource utilization, improving productivity, and creating long-term value for customers and partners worldwide.

The efficacy and lifespan of the expansion type fireproof coating applied here are highly dependent on the inherent stability of the core flame retardant - ammonium polyphosphate (APP). This article will delve into why the aggregation degree (N value) of an APP must be greater than 1000 in extremely harsh marine environments.

In the technology path of halogen-free flame retardant of polypropylene (PP), ammonium polyphosphate based expansive flame retardant system (APP-IFR) and aluminum hypophosphite (AHP) based synergistic flame retardant system are two mainstream and highly efficient solutions with different mechanisms.

When young people thrive, the enterprise thrives; when young people are strong, the enterprise is strong. At Taixing Co., Ltd., there is a standout young professional: he serves as both the Director of the General Office—acting as the "chief steward" who coordinates daily operations—and a procurement specialist—acting as the "gatekeeper" who controls the inflow of materials.