Mixproof Mix Mixed Proof Valves
- Model:
- Brand:
- J&O
- Material:
- SS304 or SS316L
- Connection:
- Clamped
- Gasket:
- PTFE, EPDM, NBR
- Working Temperature:
- 120 degree C
- Working Pressure:
- 10Bar
- Payment:
- T/T, L/C, Western Union
A mixproof valve separates process streams through independent sealing points, while a sanitary welded divert valve is mainly used to route, stop, or reverse flow. The distinction matters when a hygienic process requires simple directional control or physical separation between incompatible media.
Double Seat Separation and Leakage Control
A typical mix proof valve uses two independent seals with a leakage chamber between them. The chamber separates the process streams and provides a path for leakage to drain if a seal fails. Mix proof valves are therefore used at pipeline junctions where product separation and contamination control are required.
Pneumatic Routing in a Welded Sanitary Valve
The welded sanitary divert configuration uses pneumatic actuation to move the valve rod axially and change the sealing position. This movement determines whether the medium is stopped or directed through another inlet or outlet. The configuration uses SS304 or SS316L construction with PTFE, EPDM, or NBR gaskets, supports up to 10 bar working pressure and 120°C working temperature, and is available in 1–4 in. sizes. Threaded, welded, and clamped ends suit different sanitary piping layouts.
- Pneumatic actuation for remote flow switching
- Axial valve rod movement for port changeover
- SS304 or SS316L construction for hygienic process lines
- PTFE, EPDM, or NBR gasket options for sealing requirements
Flow Patterns for Process Routing
The valve body can be configured in L, T, L/L, L/T, T/L, and T/T patterns. These arrangements suit different routing requirements in sanitary process lines. The required flow pattern should be determined from the number of process paths, inlet and outlet positions, actuator movement, and cleaning route rather than from valve naming alone.
| Process requirement | Valve concept | Engineering focus |
|---|---|---|
| Single-stream diversion | Divert valve | Port arrangement and flow direction |
| Product separation | Mixproof valve | Independent seals and leakage chamber |
| CIP routing | Mixproof or dedicated CIP valve | Cleaning path and drainability |
| Multi-line manifold | Configured sanitary valve | Flow pattern and connection layout |
The term mixed proof valve also appears in technical searches, while mixproof valve and mix proof valve are more common industry forms. A true mixproof design requires the structural separation associated with its intended function; a standard divert valve should not be described as mixproof without supporting design evidence.
Where the Two Concepts Meet
A mixproof valve suits applications where separate fluids must remain isolated at a shared pipeline junction, while a welded sanitary divert valve suits processes centered on flow reversing or stopping. This distinction supports clearer valve specification for dairy, beverage, food, pharmaceutical, and other hygienic processing systems.
Technical Data
| Material quality | AISI304, AISI304L, AISI316, AISI316 |
| Size | 1"-4" |
| Standards | DIN,SMS,ISO,IDF,RJT,3A,etc |
| Connection End | Threaded, Welded, Clamped |
| Types | L,T,L/L,L/T, T/L,T/T |
Product Parameter
Product Pictures
