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“I volunteer to dedicate myself to lean transformation, changing mindsets, starting lean from the heart, and making improvements starting with myself. I will resolutely strive to eliminate waste, continuously improve, pursue excellence, and achieve perfection.” Recently, Taixing Co., Ltd. organized dozens of cadres and employees to participate in a lean management oath-taking ceremony in the fourth-floor conference room.

In the design of halogen-free flame retardant formula for engineering plastics, "What is the amount of aluminum hypophosphite added?" is a seemingly direct but difficult to answer core question.

December marks the end of the year, a crucial stage for achieving the annual goals and targets. Taixing Group, committed to its annual objectives, is seizing the golden opportunity of the final sprint, focusing on three core tasks: safe production, market sales, and cost reduction and efficiency improvement, working diligently and pragmatically to launch a final push towards its annual goals.

In the halogen-free flame retardant modification of engineering plastics, the dispersion uniformity of aluminum hypophosphite (AHP) is not only a process issue, but also a key scientific issue that determines the upper limit of the final material properties.

In polymer processing and applications, high-temperature environments serve as the ultimate test for material performance. For flame retardants, their behavior under high temperatures directly determines the effectiveness and durability of protection.

In the development of halogen-free flame retardants, aluminium hypophosphite (AHP) has stood out for its exceptional flame-retardant efficiency, emerging as a high-performance solution for engineering plastics, high-temperature nylon, and specialty coatings.