Sanitary Pneumatic Angle Seat Valve Price
- Model:
- JOV-ASPS-11
- Place of Origin:
- Wenzhou, China
- Packing:
- Suitable Packing for Sea/Air Transport
- Quantity:
- 10000 PCS Per Year
- Payment:
- T/T, L/C, Western Union
- Material:
- SS304, SS316
- Connection:
- Butt Weld
- Type:
- Pneumatic
An angle seat valve controls saturated steam, aggressive chemicals, and slurries across high-cycle pipelines through an inclined piston configuration. Driven through external pilot pressure, a pneumatic angle seat valve lifts an internal plug obliquely off the seat orifice at an angled profile, ensuring streamlined laminar flow and eliminating line pressure loss. Direct butt weld pipe connections provide permanent hermetic containment, preventing external atmospheric ingress and fluid leaks during rapid shutoff cycles across high-pressure utility headers.
Actuator Enclosure Resilience in Washdown Environments
Pneumatic actuator selection determines maintenance frequency across aggressive processing environments. While standard polymer housings experience embrittlement under continuous steam exposure and caustic chemical contact, solid stainless enclosures retain structural strength:
| Feature Parameter | Standard Polymer Actuator Housing | All-Stainless Steel Actuator Enclosure |
|---|---|---|
| Resistance to Sanitizers | Degrades Over Repetitive Washdowns | Withstands Concentrated Caustic Spray |
| Thermal Shock Threshold | Prone to Cracking During Steam Spikes | Absorbs Rapid Temperature Fluctuations |
| Internal Spring Cavity | Potential Ingress Through Seam Cracks | Hermetically Sealed Moisture Barrier |
| Mechanical Impact Durability | Susceptible to External Factory Trauma | Maximum Resistance to Pipeline Shocks |
Integrating stainless actuator housings prevents moisture intrusion into piston chambers, maintaining uninterrupted valve response during automated cycling.
Sanitary Internal Geometry and Sterilization Cycling
Precision internal profiles define fluid purity across automated production manifolds. Inside each sanitary angle seat valve, internal flow chambers minimize stagnation pockets, allowing complete drainage during routine sanitation intervals. The smooth internal passage allows cleaning solutions to scour wetted surfaces thoroughly, preventing microbial growth and batch contamination during CIP and SIP steam cycles.
Wetted Component Metallurgy and Capital Outlay
Wetted valve components forged from 316L stainless steel withstand continuous exposure to acidic media up to 180°C. Spring-energized PTFE gland rings compensate for thermal expansion across repetitive strokes, guaranteeing ANSI Class VI bubble-tight shutoff without packing adjustments.
Evaluating overall angle seat valve price requires balancing upfront procurement outlay against field service intervals and lost operational output. Reliable angle seat valve construction minimizes routine seal replacements, lowering total process ownership expenses across demanding fluid networks.
Product Description
| Control type: | normally close, normally open, double acting. |
| Cylinder material: | stainless steel, polyamide. |
| Pneumatic accessories: | limit switch, positioner, solenoid valve, filter relief-pressure valve, manual operating device. |
| Medium temperature: | PTFE:-30~+180ºC F46:-30~+220ºC |
| Ambient temperature: | -30~+80ºC |
| Nominal diameter: | DN15~DN100mm |
| Nominal pressure: | 1.0~1.6MPA |
| Connection: | thread, flange, clamp, weld. |
| Body structure: | one-piece |
| Body material: | 304, 316, 316L. |
| Spool material: | 304, 316, 316L. |
| Seal material: | PTFE,F46. |
| Appliance medium: | steam, water, air, oil, gas etc. |
Product Parameter
