About Flow Diversion Valves
Flow Diversion Valves
With quality control as our religious commitment, we have excelled in many component designs over the years. Dairy Pharmas rapid growth in the domestic and global markets is testimony to the dedication of our engineers and team. Together with our unflinching loyalty towards high end production standards we have made a reputation for ourselves in the field of flow diversion valves.
Some core features of Flow Diversion Valves:
- Made from SS 316/304 with surface roughness bellow 240 grit.
- Both the stem and body bonnet have product protection chambers
- Steam and sterilizing media can be circulated through the valve preventing bacteria in product contact areas
- Our valves are fabricated from SS 316/304
- The valves bear surface roughness bellow 240 grit
- The gasket and `O rings are of EPDM, Silicon or Viton and seat of Silicon.
Technical Specification
| Minimum Order Quantity | 1 Piece |
| Medium used | Liquid |
| Material | Stainless Steel |
| Pressure | 4-6 Kg |
| Color | Silver |
Superior Hygiene and ComplianceFlow Diversion Valves are designed with a mirror-polished inner surface and a matt outer finish, delivering outstanding hygiene for aseptic processes. Compliant with FDA and 3A sanitary standards, these valves are suitable for applications demanding strict cleanliness, such as dairy, beverage, and pharmaceutical manufacturing.
Versatile Design and OperationFeaturing single or double seat designs, optional feedback position sensors, and three-way or multiple port structures, Flow Diversion Valves adapt to a range of operational requirements. Their robust construction allows mounting in any orientation and supports quick actuationaround one secondvia pneumatic control.
Dependable Sealing and Easy MaintenancePrecision-engineered with EPDM, PTFE, or FKM gaskets and double lip seals, these valves assure zero leakage. The modular design ensures straightforward operation, low maintenance, and compatibility with CIP/SIP cleaning systems, making them a preferred choice for plant reliability and efficiency.
FAQs of Flow Diversion Valves:
Q: How do Flow Diversion Valves ensure hygiene and prevent contamination in process applications?
A: Flow Diversion Valves are crafted with a mirror-polished inner surface, minimizing residue and bacterial growth. Their design meets FDA and 3A standards, with zero leakage features and high-quality seals, making them ideal for aseptic and hygienic applications.
Q: What connection types and sizes are available for Flow Diversion Valves?
A: The valves support SMS, DIN, IDF, and Triclamp end connections, and are offered in sizes ranging from DN25 to DN100 (1 to 4 inches), allowing flexibility in installation across various process pipelines.
Q: When should I choose a single versus double seat design, and do these options support position feedback?
A: Single seat designs are suitable for basic flow diversion, while double seat designs enhance sealing and allow for handling media with stricter hygienic requirements. Both configurations are available with or without feedback position sensors for process monitoring.
Q: Where can Flow Diversion Valves be installed within my facility?
A: Thanks to their universal mounting capability, these valves can be installed in any orientation throughout dairy, beverage, or pharmaceutical plants, providing reliable flow control wherever hygienic diversion is necessary.
Q: What is the operation process for Flow Diversion Valves, and how fast is the actuation?
A: These valves can be actuated manually, pneumatically, or electrically. When pneumatic actuation is used, the typical response time is approximately 1 second, supporting rapid and reliable flow switching during operations.
Q: What are the usage benefits of Flow Diversion Valves in industrial process applications?
A: They offer safe and hygienic flow diversion, reduce maintenance downtime due to easy operation and cleaning capabilities (CIP/SIP), prevent leakage, and maintain process integrity in demanding environments like dairies, beverage manufacturers, and pharmaceutical plants.