FUJIKIN CERAMIC AND CONTROL VALVE
Fujikin’s advanced fluid and gas automatic control equipment, specialized gas control units, ceramic valves, ultra-high precision electrically-actuated needle valves, as well as ultra high purity valves and fittings are suitable for use in a wide range of discrete manufacturing and materials equipment and processes.
Fujikin designs and manufactures some of the world’s most advanced valves for industrial applications in highly demanding industries such as power generation and petrochemicals.
The Cosmix ball valve was specifically engineered to withstand abrasion, corrosion or a combination of both. The standard ceramic material used in all Cosmix ball valves is 99.5% pure alumina ceramic, which is 8 times harder than stainless steel and ²¹⁄
WHY CHOOSE A FUJIKIN CERAMIC BALL VALVE??
Due to the advanced properties of the technical ceramics used, Fujikin Ceramic Ball Valves offer siginificant advantages over standard material ball valves. Fujikin Valves are manufactured using solid 99.5% high-purity alumina ceramic, guarantering a valve that is superior in all respects, including resistance to :
• Corrosion. 99.5% aluminca ceramic is virtually inert to almost all organic and inorganic chemical. They do not interact with, nor contaminate the process media. They are physically and chemically stable against most acids and alkalis, and offer years of service with little or no corrosive degradation.
• Abrasion. 99.5% alumina ceramic is 43% harder than zirconia, 140% harder than porcelain, and 730% harder than stainless steel, an indication of the long term wear-resistance properties of our valve materials.
• Cavitation. Even severe, continuous cavitation will not degrade or damage our ceramic valve components. Therefore, the Cosmix Ball Valve may be used in cavitating or high differential-pressure applications with little or no harmful effects.
• Wide Selection of Trims. Each Valve size offers a variety of four to five different control and round-ported valve trims. This assures highly accurate, tailored flow control as well as minimizing seat and pipe abrasion due to oversized trims.
