Raw materials like plasticine are used for product molding through large and small molds. Through high-temperature secondary vulcanization and surface treatment in the clean workshop, pieces of high-end semiconductor perfluorinated sealing products are released…
The SHXM Sealing Technology Corporation, located in the SH High-tech Zone, ushered in the official commissioning of its second new production base. The new production base is expected to produce more than 800,000 standard perfluorinated seal rings per year. The new production base put into use this time has reached the international advanced level in terms of hardware facilities. After mass production, it will greatly increase the company's overall production capacity, in order to solve the supply problem of China's semiconductor perfluorinated sealing products as soon as possible.
The perfluorinated seal ring is one of the five main consumables required for the production of integrated circuits. In the semiconductor production process, fluorine-containing hydrogen-containing gas often encounters high temperatures. When the gas stream in a high-energy state touches the surface of the modified material, It will cause physical and chemical changes on the surface of the material, and form strong corrosion to the sealing material.
SHXM has expanded its production capacity by about four times on the basis of the existing phase I, including a 100-class and 1,000-class dust-free workshop with a total production line of approximately 2,000 square meters, and a nearly 1,000-square-meter R&D center.
The SHXM R&D department is headed by a senior PhD in materials. The entire R&D team has many years of multinational company research experience and perfluororubber R&D experience. It is currently researching a new generation of perfluorinated sealing products. At the same time, the company also conducts targeted scientific research cooperation with well-known domestic universities. Further expand the performance analysis and testing capabilities of materials and products.