Pneumatic ceramic diverter valve

The pneumatic ceramic lined three-way diverter valve is a high-end automated pipeline direction-switching solution engineered specifically for severe-wear dense phase pneumatic conveying loops and solid-liquid distribution systems. Motivated by a horizontally positioned double-acting pneumatic cylinder via a rigid lever linkage mechanism, the internal hardened ceramic gate swings smoothly to redirect flow between the primary inlet and alternative discharge branch flanges. The complete internal wetted flow path is fully armored with structural fine ceramics, ensuring that high-velocity particles, abrasive fly ash, chemical crystals, or mineral tailings never make contact with the outer metallic pressure shell, thus delivering maximum infrastructure protection and prolonged system uptime.

Technical Specifications:

• Valve Classification: Three-Way Ceramic Lined Rotating Diverter Valve

• Automation Actuation Type: Heavy-Duty Horizontal Linear Pneumatic Cylinder

• Body Outer Housing: Heavy Cast Carbon Steel Reinforced Split Assembly

• Internal Wetted Fluid Path: Full Multi-Layer Structural Engineering Ceramic Liner

• Branch Port Arrangement: Y-Pattern Multi-Direction Split Flow Configuration

• Drive Linkage Architecture: Side-Mounted Rigid Steel Lever Swing Mechanism

• Sealing System Configuration: Premium Flat Face Ceramic-to-Ceramic Hard Sealing

• Flow Direction Capability: Multi-Port Pathway Redistribution and Switching Control

• Pipeline Interface Ends: Circular Standard Pattern Raised Face Connecting Flanges

• Body Outer Coating: Industrial Weatherproof Corrosion Resistant Blue Finish Paint

• Cylinder Connection Joint: Solid Machined Pivot Clevis with Retaining Safety Pin

• Cavity Accumulation Defense: Sweeping Rotating Disc Prevents Dust Pack Caking

• Shearing Capability Profile: Sharp Ceramic Clean Edges Slice Through Settled Granules

• Internal Flow Dynamics: Smooth Swept Junction Minimizes Internal Pressure Loss

• Operating Medium Range: Dry Fly Ash, Cement Powder, Quartz Sand, and Slurries

• Seal Wear Resistance: Outstanding Hardness Resists Micro-Particle Sand Erosion

• Leakage Tightness Grade: High-Precision Positive Shut-off Isolation at Target Port

• Drive Shaft System: High-Tensile Splined Internal Stem with Anti-Blowout Geometry

• Upper Support Configuration: Integrated Heavy Yoke Base Plate Supporting Actuators

• Pressure Inspection Control: Standard Structural Body Shell and Seating Pressure Verified