Slurry Service Ceramic Butterfly Valve

Corrosion
Resistant
Leak Tight
Sealing
Automated
Operation
Low Maintenance
Long Life

Alis Valves is a trusted Slurry Service Ceramic Butterfly Valve Manufacturer & Supplier in India, offering high-performance butterfly valves specifically engineered for abrasive slurry, fly ash, cement, mineral processing, and other severe service applications. Designed with a ceramic-lined disc and seat, these valves provide exceptional resistance to abrasion, erosion, and corrosion while ensuring reliable shut-off, low operating torque, and extended service life in demanding industrial environments.

Specifications

Size Range

DN50 to DN500 (2" to 20")

Body Material

Cast Iron, Ductile Iron, WCB, Stainless Steel

Seat Material

Ceramic / PTFE (Application Dependent)

Leakage Class

ISO 5208 / API 598

Pressure Rating

PN10, PN16 / ANSI Class 150

Disc Material

Alumina Ceramic / Zirconia Ceramic Lined

Temperature Range

-20°C to +250°C (Higher on Request)

Design Standards

API 609, ASME B16.34, ISO 5211

Product Images

Slurry Service Ceramic Butterfly Valve

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Frequently Ask Questions

It is a ceramic-lined or ceramic-seated butterfly valve designed specifically for isolation and flow control of abrasive slurry and solid-laden process media.
It depends on the application. Ceramic butterfly valves can be used for selected control duties, but continuous throttling of highly abrasive slurry may accelerate wear. Proper sizing and application review are recommended.
Consider slurry composition, solids concentration, particle size, abrasiveness, flow velocity, pressure, temperature, valve size, ceramic grade, body material, seat material, connection type, and actuation method.
Alis Valves manufactures and supplies Slurry Service Ceramic Butterfly Valves for mining, mineral processing, cement, power generation, ash handling, and other abrasive slurry applications.
Ceramic offers excellent hardness, abrasion resistance, and erosion resistance, helping protect critical valve surfaces from wear caused by solid particles in slurry.
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