SICER highlights dewatering elements and ceramic cones for paper mills

Shandong Guiyuan Advanced Ceramics Co., Ltd. (SICER) says its advanced ceramic components are built for high-speed paper machines, recycled fiber lines and other industrial uses. The company is leaning on its research heritage, large-scale manufacturing base and material science expertise as mills push for higher speeds and lower energy use.

Why it matters: - Paper mills need components that can handle extreme wear, corrosion and high operating speeds. - SICER is positioning advanced ceramics as a way to reduce friction, extend component life and cut energy use in paper production. - The company is also pushing its ceramic expertise into metallurgy, petrochemical and electric power applications.

What happened: - Shandong Guiyuan Advanced Ceramics Co., Ltd. (SICER) was presented as a top Chinese manufacturer of dewatering elements and ceramic cones. - SICER traces its roots to the Shandong Institute of Ceramics Research & Design, founded in 1958. - The company is based in the Zibo High & New Technology Industry Development Zone in Shandong, China. - SICER opened its Advanced Ceramic Industrial Park in 2017. - The facility integrates upgraded production lines with digital management.

The details: - SICER makes high-performance inorganic non-metallic materials, including alumina, zirconia toughened alumina (ZTA), zirconia, silicon carbide and silicon nitride. - The company’s dewatering elements include forming boards, hydrofoils and vacuum suction box covers. - SICER says these components are built for paper machines running up to 1,300 meters per minute and trims wider than 6.6 meters. - ZTA and silicon nitride are used to lower drag on forming wire and extend wire life. - SICER offers more than 30 series and more than 200 ceramic cone variants. - The ceramic cones are designed for impact, abrasion and corrosion resistance. - SICER says the cones maintain consistent centrifugal flow and remove contaminants from pulp, including in recycled fiber (OCC) lines. - Oversize isostatic presses are used to keep density uniform in large ceramic parts. - CNC grinding and processing centers are used to reach micron-level tolerances. - SICER says it holds proprietary rights to more than 80% of its technological achievements. - The company says it is backed by the Shandong Industrial Design Center. - Contact information provided by SICER includes the company’s website, jenipeng@sicer.com and +86 18765856006. - SICER also listed a LinkedIn profile: Jeni Peng.

Between the lines: - SICER is tying its pitch to a broader industry shift toward faster paper machines, where lower-grade parts wear out more quickly. - The company is using its research heritage and manufacturing scale to differentiate itself from suppliers that rely on copied designs. - The emphasis on friction reduction and energy savings reflects pressure on mills to lower operating costs.

What's next: - SICER is likely to continue targeting paper mills that want higher uptime and less maintenance. - The company appears to be extending its ceramic platform into adjacent heavy-industry markets. - Demand for tougher, more precise ceramic components should rise if paper machine speeds keep climbing toward 1,500 meters per minute.

The bottom line: - SICER is betting that advanced ceramics will become standard equipment in next-generation paper machines and other industrial systems.