Sanitary Pneumatic Angle Seat Piston Valve
- Model:
- Brand:
- J&O
- Material:
- SS304 / SS316L
- Connection:
- Thread
- Gasket:
- PTFE
- Working Temperature:
- -10 degree C ~ +180 degree C
- Working Pressure:
- 0-16bar
- Operation:
- Pneumatic
- Payment:
- T/T, L/C, Western Union
An angle seat valve routes, divides, or blends aggressive fluid media and saturated steam across processing loops through an angled dual-seat piston shaft. Actuated through external pilot pressure, a pneumatic angle seat valve shifts an internal plug between upper and lower orifices, directing incoming media between alternate conduits without line stagnation. This integrated multi-port architecture replaces dual automated shutoff units, maintaining laminar flow and reducing installation footprint across automated utility headers.
Circuit Routing Protocols: Diverting Versus Mixing Schemes
Operational reliability depends on correct fluid port allocation across automated manifolds. Allocating fluid streams according to internal disc orientation determines seating force and pipeline stability:
| Functional Parameter | Diverting Circuit Architecture | Mixing Circuit Architecture |
|---|---|---|
| Media Allocation Scheme | Single Inlet to Dual Outlets | Dual Inlets to Single Outlet |
| Anti-Water Hammer Performance | High When Fluid Enters Bottom Port | Moderate Across Elevated Pressures |
| Orifice Closure Profile | Simultaneous Open and Close Action | Proportional Thermal Media Blending |
| Pressure Drop Characteristic | Low Resistance Across Divergent Ports | Balanced Resistance In Shared Chamber |
Configuring an angle seat piston valve according to process media dynamics eliminates internal pressure surges, ensuring smooth diversion across alternating heating and cooling networks.
Threaded Port Geometry and Skid Space Minimization
Female NPT and BSPP threaded connections eliminate bulky flanged adapters, enabling direct connection into compact piping assemblies. Machined port threads distribute mechanical clamping force evenly across the valve envelope, preventing joint distortion during thermal cycling. Implementing a sanitary angle seat valve within clean utility skids reduces dead legs, enabling complete fluid evacuation during system drainage cycles.
Thermal Shock Resistance and High-Frequency Cycle Endurance
Precision-cast 316 stainless steel bodies resist aggressive chemicals, steam erosion, and sudden temperature variations up to 180°C. Spring-energized PTFE packing rings maintain positive sealing force against the linear actuator shaft, ensuring ANSI Class VI isolation without ongoing manual adjustments.
Selecting a balanced angle seat valve design lowers process downtime, eliminates redundant actuator wiring, and reduces capital expenditure across complex automated fluid distribution networks.
Stainless Steel Three Way Female Pneumatic Angle Seat Valve
The three way pneumatic angle seat valve has three ports that enable "reversing" and "blending" features. When the valve is in idle state, C port is closed due to force of the spring. When the actuator piston is compressed, C port is opened and B port is closed. WHen double acting, the valve opens and closes by compressed air.
Technical Data
| Valve Body Material: | 1.4404/1.4301, SS304/SS316L |
| Seal Material: | PTFE |
| Max working pressure: | 1.6MPa |
| Medium Temperature: | -10 degree C ~ +180 degree C |
| Availably connection: | thread, clamp |
| Operated: | Pneumatic |
| Medium: | Neutral gas or liquid, water, steam, oil, organic solvent, acid base solution, etc |
Product Parameter
