Sichuan Qitong Superfine Technology Co., Ltd. was established in 2020 and is located in Mianyang, China's Science and Technology City, with a registered capital of 10 million yuan. It is a technology-based enterprise integrating superfine Powder production, contract processing, product development, and sales. The company has established a solid cooperative foundation with hundreds of enterprises. Qitong Superfine possesses strong equipment, production, and R&D capabilities. It has built a high-quality management team and a professional R&D elite team specializing in superfine powder materials research. The experimental center is equipped with various specifications of crushing, grading, activation modification, and granulation experimental processing equipment, as well as advanced testing instruments such as laser particle size analyzers, whiteness meters, moisture meters, and tap density meters.
Aligned with the national strategic goals of "carbon peak and carbon neutrality," the company adheres to the business philosophy of "gathering resources, strengthening capabilities, and seeking breakthroughs," aiming to become a leading enterprise in high-end materials for the "dual-carbon economy."
Qitong Superfine Ferrophosphorus Powder mainly consists of elements such as Fe, P, Si, S, Mn, and C. It is a dark gray irregular powder, characterized by being non-toxic, odorless, and tasteless. The ferrophosphorus powder is produced using high-pressure airflow as the crushing medium and pure physical dry processing, with product particle size and mesh customizable according to customer requirements.
Product Advantages:
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Excellent electrical and thermal conductivity, with unique advantages such as rust resistance, wear resistance, salt spray resistance, and strong adhesion. It can replace zinc powder, offering lower costs and higher efficiency. It improves coating properties and the welding characteristics of heavy-duty anti-corrosion zinc-rich coatings, reduces zinc fumes generated during welding and cutting of zinc-rich coatings, increases coating density, improves the working environment, and enhances labor protection. It is highly welcomed by the coating industry and end-users.
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Compared to other ferrophosphorus products, it has a wider range of applications and superior performance. It shortens the steelmaking process, further improves steel product performance, enhances molten iron fluidity, increases steel tensile strength, and overall improves steel wear resistance and corrosion resistance.
