Sun Yeh 950T Ceramic Butterfly Control Valve Series, its appearance design not only conforms to the aesthetic concept but also conforms to industrial practicability. Full-lined ceramic structure, straight pipe runner, small flow resistance, and approximately equal percentage adjustment linearity can withstand strong corrosive slurry and alumina smelting and other abrasive industries. CHARACTERISTICS OF CERAMIC LINED BUTTERFLY VALVE Sun Yeh corrosion-resistant Butterfly Valve is designed with a pair of clamps, which have the properties of erosion resistance, corrosion resistance, high-temperature resistance, and crushing resistance, The liner bushing material can be precise ceramics, rare metals, or non-metallic materials. The valve can be installed at 360* of the existing pipe connector due to the design of the clamp type. Flange connections are also available, It is a fixed flow direction, the chemical-resistant Butterfly Valve plate is designed at one-third of the valve body, and the outlet end runner length is about twice as long as the inlet end. By fully utilizing the principle of hydrodynamics protect the back pipe from the erosion of the high velocity medium. Its actuator connection is through the support interface, and the platform size meets the requirements of ISO521 international standards. Disc and stem are integrative, and there are round ceramic bushings on and below the disc to protect the stem from erosion and corrosion by medium. When stem rotates, Only the friction of the moving parts of disc in direct contact with the mortar and the friction of the pre-tightening of stem packing can be generated, which can ensure low torque. Forged steel metal protective shell can be coated with epoxy resin or nylon to meet the requirements of color recognition and corrosion resistance environment. Like stainless steel shells, it is allowed to be exposed to extremely harsh environments without external corrosive degradation. it firmly surrounds ceramic components to prevent them from any possible damagePipeline pressure is absorbed by the shell instead of being transferred to the ceramic because all flange bolts are connected directly to the shell.
